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Four Rising Stars Who Are Reshaping Nanoscience

2022-08-15

Four Rising Stars Who Are Reshaping Nanoscience

From nano-filters for tackling water pollution to protein fingerprinting that treats disease, these researchers are making their mark on the field.

Nanomaterials Pave the Way for the Next Computing Generation

2022-08-15

Nanomaterials Pave the Way for the Next Computing Generation
Green Hydrogen: Nanostructured Nickel Silicide Shines as a Catalyst

2022-08-15

Green Hydrogen: Nanostructured Nickel Silicide Shines as a Catalyst
Experimental Drug Reduces Risk of Death from Blood Vessel Rupture in Mice

2022-08-15

Experimental Drug Reduces Risk of Death from Blood Vessel Rupture in Mice
How Cross-border Collaboration Underpins the Nanoscience Revolution

2022-08-14

How Cross-border Collaboration Underpins the Nanoscience Revolution

Graphene Synapses Advance Brain-like Computers

Tiny Experiments Answer Fluid-phase Questions in a Big Way

Making a Biosensor That Can Test for Diseases at Home

Improving Crop Resilience with Nanoparticles

The Broad Scope of Nanotech Potential

UT Designed Nanoparticles Train Immune Cells to Fight Cancer

Pathways for Next-generation Nanocatalysts

The Power to See Nanoscale Structures inside Cells

Self-healable, Human-like Synthetic Pores and Skin

Leading a Carbon Nanotube Innovator Out of the Valley of Death

Seeing Double for Better Solar Cells

Polymer-embedded Copper-based Nanoparticles Prevent Surface Contamination by Viruses

Cosmic Buckyballs Could Be the Source of Mysterious Infrared Light

New Injectable Gel Offers Promise for Tough-to-treat Brain Tumors

NUS Medicine Researchers Use Nutritional Supplement to Shrink Breast Cancer Tumours

Abionic Receives IVDR Certification for Its Predictive Ultra-rapid Sepsis Test Allowing the Management of Antibiotic Administration

Improving Image Sensors for Machine Vision

New Aerogel Maintains Functionality, Superelasticity at Extreme Temperatures

Data-driven Discovery of NbOI2 as a High Performance Layered Piezoelectric

Manipulating Interlayer Magnetic Coupling in Van der Waals Heterostructures

Sponge-like Electrodes Inspired by Sugar Cubes Could Improve Medical Monitoring

Graphene Oxide Membranes Reveal Unusual Behaviour of Water at The Nanoscale

Researchers 3D Print First High-performance Nanostructured Alloy That’s Both Ultrastrong and Ductile

TU Delft Researchers Create Flow-driven Rotors at The Nanoscale

Research Suggests a New Nanomedicine Strategy for Treatment of IBD Patients

NIST Researchers Develop Miniature Lens for Trapping Atoms

A Significant Advance in 2D Material Science with Diversely Behaving Layers in A Single Bulk Material

AI Tackles the Challenge of Materials Structure Prediction

In DNA, Scientists Find Solution to Engineering Transformative Electronics

Nano-sponges with Potential for Rapid Wastewater Treatment

Nanoscale Observations Simplify How Scientists Describe Earthquake Movement

How This Materials Scientist Is Using Nanotech to Combat the Climate Crisis

Researchers Improve Cement with Shrimp Shell Nanoparticles

Nanoparticles Increase Light Scattering, Boost Solar Cell Performance

South Korean Researchers Develop Nanotech Tattoos as Health Monitoring Devices

Smart Lighting System Based on Quantum Dots More Accurately Reproduces Daylight

New Nanoparticle-based Material Could Help Detect Antibiotics in Water

New Options for Health, Environmental Monitoring with Water-resistant Gas Sensor

Bringing Consistency to Methods of 2D Material Analysis

Turning Fish Waste into Quality Carbon-based Nanomaterial

UBC Engineers Develop Nano-Copper to Quickly Kill Superbugs

Sri Lanka’s Ceylon Graphene Technologies Ups Capacity as Advanced Batteries Are Readied for Sale

Vaccinating Against Cancer?

Scientists Create Nanobody That Can Punch Through Tough Brain Cells and Potentially Treat Parkinson’s Disease

New TEM Technique Creates 2.8nm Transistor

HKU Laboratory for Space Research Put a Positive Spin on The Buckyball ‘C60’

COVID Shield: Spray Coating to Shield Surfaces from Viruses, Bacteria

A "Nano-Robot" Built Entirely from DNA to Explore Cell Processes

SARS-CoV-2 Hijacks Nanotubes Between Neurons to Infect Them

Nanotechnology to Drastically Reduce Use of Weed Control Chemicals

Researchers Develop Novel 3D Atomic Force Microscopy Probes

Case Western Reserve-led Study Identifies Way to Specifically Target and Block Disease-associated White Blood Cells

Novel Method Examines the Gas-Liquid Interface in New Detail

The Structure of the Smallest Semiconductor Was Elucidated

Boosting Memory Performance by Strong Ion Bombardment

New COVID-19 Rapid-test Technology Performs PCR Faster than Similar Tests on the Market

Nature-inspired Protein Creates Stretchable, Composite Layered Materials

Understanding Friction, The Unavoidable Enemy

Tetrahedrons Assemble! Three-sided Pyramids form 2D Structures

How Do Nanoparticles Grow? Atomic-scale Movie Upends 100-Year-Old Theory

Graphene Scientists Capture First Images of Atoms 'Swimming' in Liquid

Scientists Use Copper Nanowires to Combat the Spread of Diseases

Artificial Skin Sweats on Command

COVID Virus May Tunnel Through Nanotubes from Nose to Brain

‘iTEARS’ Could Help Diagnose Diseases by Isolating Biomarkers in Tears

Engineering Team Develops Process to Make Implants Safer

Scientists Identify ‘Bottleneck’ in Drug Delivery Pathways in Stem Cells

Temperature Fluctuation Control with a Switchable Spin-crossover Material

At the Water's Edge: Self-assembling 2D Materials at a Liquid-Liquid Interface

Universal Influenza B Vaccine Induces Broad, Sustained Protection, Biomedical Sciences Researchers Find

Researchers Are Engineering a New Drug Against Blood Cancers

Researchers Create Nanoparticle-vaccine Combination to Target Melanoma

Inspired by Nature, Artificial Microtubules Can Work Against a Current to Transport Tiny Cargoes

Buckyballs on Gold Are Less Exotic Than Graphene

Explained: Why Perovskites Could Take Solar Cells to New Heights

How Different Cancer Cells Respond to Drug-delivering Nanoparticles

First Electric Nanomotor Made from DNA Material

How Ultrathin Polymer Films Can Be Used for Storage Technology

Towards Stable, Sustained Raman Imaging of Large Samples at the Nanoscale

OECD Publishes New Test Guidelines for Nanomaterials

Novel SERS Method Developed to Capture Target Molecules

Tissue Nanotransfection Technology Proves Useful in Non-Viral Topical Gene Editing to Close Complex Cutaneous Wounds

Ping Lab Uses World’s Thinnest Material for Same-time, Same-position Biomolecule Isolation and Sensing

A New Look at Disordered Carbon

University of Seville Researchers Design a Bio-Inspired PEM Fuel Cell

Changes in Protein Structure and Assembly with Fluoride Nanoparticles and Coexisting Ions

Tiny Motors Take a Big Step Forward

New Method to Produce Nano-sized Plasma “Mist” Holds Potential for Expanded Medical Use

Using Particles That Are Smaller Than the Head of a Pin to Treat Cancer

New Catalysts Make Use of Precious Metals Highly Efficiently

New Anticoagulant Platform, Offering Hope for Advances for Heart Surgery, Dialysis, Other Procedures

Atomically-smooth Gold Crystals Help to Compress Light for Nanophotonic Applications​

Bacteria-based Biohybrid Microrobots on A Mission to One Day Battle Cancer

Strain-Sensing Smart Skin Ready to Deploy

Drop by Drop: MXene in Complex 3D Device Architectures

New Metrological Technique Uses Stress for Nanotomography

Nanoscale Impurities Degrade Halide Perovskites

Future Smart Homes Could Be Powered with Electronics Built on Stones

Researcher Aims to Squeeze Extra Life Out of Lithium Ion Batteries

Scientists Reveal How Gas Nanobubbles Accelerate Solid-Liquid-Gas Reaction

Turning White Blood Cells into Medicinal Microrobots with Light

Sub-angstrom Non-invasive Imaging of the Atomic Arrangement in 2D Hybrid Perovskites

Physicists Work to Shrink Microchips with First One-dimensional Helium Model System

Thin Mica Shows Semiconducting Behavior, Say Scientists in New Study

Unusual Superconductivity Observed in Twisted Trilayer Graphene

Nanocellulose May Help Wild Blueberry Yield When Applied with Fertilizer, UMaine Study Finds

Illinois Research Team Accelerates Imaging Techniques for Capturing Small Molecules' Structures

Flashing Creates Hard-to-get 2D Boron Nitride

Nanoparticles Can Save Historic Buildings

MIT Engineers Design Surfaces That Make Water Boil More Efficiently

Gecko Feet Are Coated in an Ultra-thin Layer of Lipids That Help Them Stay Sticky

Upside-down Design Expands Wide-spectrum Super-camera Abilities

Next-generation Data Centers within Reach Thanks to New Energy-efficient Switches

Solar-powered Chemistry Uses Carbon Dioxide and Water to Make Feedstock for Fuels, Chemicals

Novel All-in-One Vaccine Developed to Tackle Future Coronavirus Threats

New Photocatalytic Membrane That Can Be Cleaned Using Light Energy

Nano-Rust: Smart Additive for Autonomous Temperature Control

Bone Formation Comes Down to the Nanowire

Label-free and Biocompatible On-chip Magnetic Separation Enables Efficient Extraction of Exosomes

Led by Columbia Engineering, Researchers Build Longest, Highly Conductive Molecular Nanowire

Shapeshifting Microrobots Can Brush and Floss Teeth

Low Temperature Nanoparticle Ink: Printing A New Chapter in Solar Energy

Older Mice with Flu Helped with Nanoparticle Therapy

Notre Dame Researchers’ “Backpacks” Restore Damaged Stem Cells

Physicists Discover a “Family” of Robust, Superconducting Graphene Structures

Nanoparticle Vaccine Protects Against a Spectrum of COVID-19-causing Variants and Related Viruses

From Transistor to Memristor: Switching Technologies for The Future

Nanoparticles Can Be Triggered to Release Anti-cancer microRNA Using an Alternating Magnetic Field

Battery Materials Must Evolve to Keep Pace with Societal Needs

New Screening Technique Could Accelerate and Improve mRNA Therapies

The Magic of Nano-Surface Engineering

Highly-sensitive SERS Probes Developed to Detect the PD-L1 Biomarker

Researchers Find Ways to Synthesize Stable Diamane at High Pressure

Novel Gel Proves Itself to Be Highly Tunable Color Filter

New Antibody Detection Method for Coronavirus That Does Not Require a Blood Sample

Metal Nanoparticles Serves as Plant Growth Regulators: Study

Custom Nanoparticle Regresses Tumors When Exposed to Light

Rice Husk Could Replace Heavy Metals in LEDs

Giving Diverse Students A Head Start in Bioinspired Nanotechnology

Laser Writing May Enable ‘Electronic Nose’ For Multi-gas Sensor

Using Colloidal Nanodiscs for 3D Bioprinting Tissues and Tissue Models

The Emergence of Form: New Study Expands Horizons for DNA Nanotechnology

Mirror Image Pinpoints a Nanoparticle’s Position

Soft Implant Monitors Brain and Gut Chemistry

Detecting Fluorescence Signals from Nanoscale Thin Films – New Possibilities in Product Labeling

The Hunt for Nanoplastics Is On

Successful Promotion! Mice Can See at Night by Injecting Nanoparticles

Technique Allows Researchers to Align Gold Nanorods with Magnetic Fields

Versarien Launches Graphene-based Superparamagnetic Material

Lipid-peptide Nanocomplexes Offer New mRNA Platform

Microscopy Technique Enables 3D Super-resolution Nanometre-scale Imaging

Ultrafast World Captured with Ultrathin Films

Making Dark Semiconductors Shine

Electrospinning Promises Major Improvements in Wearable Technology

Review Article on Metal-Organic Framework (MOF) Nanosheets Assembled on The Surface of Water

New Drug Delivery System Improves Treatment of Atherosclerosis

Topology and Machine Learning Reveal Hidden Relationship in Amorphous Silicon

2D Materials for a Major Leap Forward in Non-volatile Memory Technologies

Single-atom Tractor Beams Power Chemical Catalysis

Lipid Nanoparticles Carry Gene-editing Cancer Drugs Past Tumor Defenses

Nanomaterials That Provide Imaging While Delivering Medication

NTU Singapore and ETH Zurich Scientists Decontaminate Heavy Metal Water Using Protein from Plant Waste

"Hot" Graphene Reveals Migration of Carbon Atoms

Boron Nitride Nanotube Fibers Get Real

When The World of Nanotechnology and Microbreweries Meet

“Fishing” for Toxic Contaminants using Superparamagnetic Nanoparticles

Starch-based Fibers Enhance Protection and Reduce Spoilage

Riding Mid-Infrared Waves

Robotic Lightning Bugs Take Flight

Quantum Sensor Can Detect Electromagnetic Signals of Any Frequency

New Insights into Binding Configuration and Mobility of Molecules on Nanoparticle Surfaces

Nanoparticles May Be the Next-generation Solution for Teeth Whitening

Diamonds Are for Quantum Sensing

Nanochannels Light the Way Towards New Medicine

Researchers Develop the World's First Ultra-fast Photonic Computing Processor Using Polarisation

The Latest in Healthcare Innovation? Tiny Robots

Atomically Thin Semiconductors for Nanophotonics

Tiny Fish-shaped Robot 'Swims' Around Picking Up Microplastics

Controlled Synthesis of Crystal Flakes Paves Path for Advanced Future Electronics

Researchers Find Relationship Between Silver Nanowire Film Plasticity and Shear Fracture Resistance

New Method Helps Exfoliate Hexagonal Boron Nitride Nanosheets

All-optical Switching on a Nanometer Scale

New Class of Excitons with Hybrid Dimensionality in Layered Silicon Diphosphide

Disinfectant Mechanism of Nano-Sized Electrostatic Atomized Water Particles on SARS-CoV-2

Dying Stars Could Seed Interstellar Medium with Carbon Nanotubes

Zinc Oxide/Graphene Oxide Nanocomposites Can Efficiently Inhibit Cadmium-induced Hepatotoxicity

Blood Pressure E-Tattoo Promises Continuous, Mobile Monitoring

HKU Engineering Team Develops a Novel Photonic Chipscope for Label-free Monitoring of Live Cell Activities

Researchers Add New Member to Carbon Material Family, A Two-Dimensional Monolayer Polymeric Fullerene

Scientists Create Nanoparticle That Helps Fight Solid Tumors

Molecule That Combines Three Distinct Technologies Against Most Aggressive Type of Brain Cancer Is Tested

Controlled Fabrication of Multimetallic Building Blocks for Hybrid Nanomaterials

Sustainable Membranes for Future Energy

New Nano-gel to Protect Children Receiving Chemotherapy from Hearing Loss

ENTOD Pharmaceuticals Develops Nanotechnology Based Eye Gel Serum

Nanoparticles Control Light Like Road Signs Direct Traffic

Russian Researchers Develop Hybrid Sensor That Can Help Diagnose Cancer

NPL Leads The Drive to Improve The Accuracy of International Standards for Graphene

UNLP Scientists Test Nanoparticles to Make Paint Last Longer

Solving the Puzzle of 2D Disorder

Bacteria to Wear Protection

A Better Wig — With Chemistry

Real-time Imaging of Dynamic Atom-atom Interactions

Can They Make Graphite from Coal? OHIO Researchers Start by Finding New Carbon Solid

A Fresh Take on Fat: Nanoparticle Technology Provides Healthy Trans, Saturated Fat Alternative

New Designer Cells Could Advance Treatments for Illness And Disease

Nanopore Sequencing Quickly and Accurately Diagnoses Rare Genetic Disorders

Nanoparticle Sensor Can Distinguish Between Viral and Bacterial Pneumonia

Researchers Solve Mystery Surrounding Dielectric Properties of Unique Metal Oxide

Twin Photons from Unequal Sources

Journal of Pharmaceutical Analysis Publishes Method for the Fast Detection of a Key Antiviral

Chung-Ang University Researchers Use Biomolecule-loaded Metal-Organic Frameworks Nanopatterns to Aid Artificial Stem Cell Differentiation

Small Materials May be Key to Reducing Cardiovascular Disease Deaths, Researchers Say

Researchers Envision Wood-derived, Self-powered Biosensors for Wireless Devices

New Drug Delivery System Releases Therapeutic Cargo Only When Bacteria Are Present

UCI Scientists Observe Effects of Heat in Materials with Atomic Resolution

Moving Furniture in The Micro-World

Economically Ultrafine Ruthenium Nanocrystals as Alternative Pt Candidate for pH-Universal Hydrogen Evolution Reaction

UMaine Researchers Develop Recyclable Nanocellulose Food Containers

A Shoebox-Sized Biomed Lab in Space

A Rapid and Portable Drug Detection Device Using Bio-Nanotechnology

Grain Boundaries Go with the Flow

Researchers Reveal Nanohardness and Microstructure Evolution of Nitride Coating Under Irradiation

Sponge-like Solar Cells Could be Basis for Better Pacemakers

Yolk-Shell Nanocrystals with Movable Gold Yolk: Next Generation of Photocatalysts

Novel Silver Hollow Fiber Boosts CO2 Electroreduction

A Novel All-optical Switching Method Makes Optical Computing and Communication Systems More Power-efficient

International Team Visualizes Properties of Plant Cell Walls at Nanoscale

Nanotechnology Used to Destroy and Prevent Relapse of Solid Tumor Cancers

New Nanoparticles Aid Sepsis Treatment in Mice

UTSW Researchers Develop Microbubble Technology to Enhance Cancer Immunotherapy

Bumps Could Smooth Quantum Investigations

Insulation from Wood Research Proves Better than Plastic-based Materials

Novel Method for Early Disease Detection Using DNA Droplets

An Atomic-scale Window into Superconductivity Paves the Way for New Quantum Materials

Bacteria-killing Drills Get an Upgrade

Tracking Sleep with A Self-powering Smart Pillow

Nanostructured Fibers Can Impersonate Human Muscles

‘Fruitcake’ Structure Observed in Organic Polymers

Engineers Develop Nanoparticles That Cross the Blood-brain Barrier

Microscopy – Beyond Moore’s Law

Writing with Light on Titania: Rewritable UV-sensitive Surfaces Made from Doped TiO2 Nanocrystals

Water Treatment Plants Would be Ready for The Removal of Nanoplastics

A New Arrangement: Using Quantum Dots to Quench The Smallest Ferrimagnetism

Nanoparticles That Mimic Plant Pigment to Deliver Better Solar Panels

3 Key Areas Where Nanotechnology is Impacting Our Future

An Intelligent Quantum Sensor

Making Colours Out of Gold and DNA

Getting A Grip on Microplastics’ Risks

Scientists Develop Light-triggered Multifunctional Nanoplatform for Efficient Cancer Photo-immunotherapy

Chiral-induced Ultrathin Covalent Organic Frameworks Nanosheets Developed with Tunable Circularly Polarized Luminescence

Bayreuth Researchers Develop New Method for the Technological Use of 2D Nanomaterials

Quest For Elusive Monolayers Just Got a Lot Simpler

Ultrasound-guided Microbubbles Boost Immunotherapy Efficacy

MIT Engineers Boost Signals from Fluorescent Sensors

Researchers Develop Lever-inspired Triboelectric Nanogenerator with Ultra-high Output for Pulse Monitoring

A Unique Catalyst Paves the Way for Plastic Upcycling

Upconversion-based Nanosensor Developed for Chemotherapy Drug Detection

Pull for Pull – New Test Method Developed

Secret to Treating ‘Achilles’ Heel’ of Alternatives to Silicon Solar Panels Revealed

New Route to Build Materials Out of Tiny Particles

Scientists Make Toxic Gas Sensing 9 Times More Effective

Novel Sensors Enable Precise Measurement of Dopamine

Cars Could Get a ‘Flashy’ Upgrade

Outsmarting Brain Cancer

A One-stop Shop for Quantum Sensing Materials

Diabetes Drug Improves Antibacterial Treatment Speed and Effectiveness, Researchers Report

Sensing Contaminants inside Water Pipes

Polymersomes Efficiently Deliver siRNA to Treat Breast Cancers in Preclinical Model

Electronic Self-passivation of Single Vacancy in Black Phosphorus

Protein Nanoparticle Vaccine Shows Potential for Broader, Safe SARS-CoV-2 Vaccines, Biomedical Sciences Researchers Find

The Way of Water: Making Advanced Electronics with H₂O

Damaged Hearts Next in Line for Powerful mRNA Therapies

Nanotechnologies Set to Tackle Implant-associated Infections

Light-controlled Reactions at the Nanoscale

Carbon Nanomaterials Are Hot Property

Neuromorphic Memory Device Simulates Neurons and Synapses

Collaboration Reveals Interplay Between Charge Order and Superconductivity at Nanoscale

CMU and Columbia Researchers Magnify Hidden Biological Structures with MAGNIFIERS

Long-hypothesized ‘Next Generation Wonder Material’ Created for First Time

Researchers Unveil a Secret of Stronger Metals

Superconductivity and Charge Density Waves Caught Intertwining at the Nanoscale

Generating Ultra-violet Lasers with Near-infrared Light Through “Domino Upconversion” of Nanoparticles

Keeping Buildings Cooler with A Wood-based Foam

Synthesis of Two-dimensional Holey Graphyne

Study Explores Lipid Nanoparticles Against SARS-CoV-2

AI Nanotech Sensor Detects Cancer Signals in Blood

Reliable Diagnostics at The Tip of Your Finger

Expanded Nanoscale Imaging Lends a Clearer Vision for the Future of Batteries

New Silicon Nanowires Can Really Take the Heat

Magnetic Nanoparticles in Biological Vehicles Individually Characterised for The First Time

Component for Brain-inspired Computing

Nanofertilizers Boost Grain Yields

Shaping the Future of Light through Reconfigurable Metasurfaces

Tiny Bots That Can Deep Clean Teeth

Seeing Molecules Inside a Nanometer-sized “Sardine Can”!

Algorithms Empower Metalens Design

NREL Creates Highest Efficiency 1-Sun Solar Cell

The Small Things Make a Big Difference in the Science of Measurement

A Möbius Band Constructed Solely by Carbon Atoms

Perception-based Nanosensor Platform Could Advance Detection of Ovarian Cancer

Carbon Nanochemistry Written in the Stars

Researchers Shed Light on Why a Certain Plant Virus Is So Powerful at Fighting Cancer

Disposable Masks Could Be Used to Make More Durable Concrete

‘Nanobodies’ from Llamas Could Yield Cell-specific Medications for Humans

The Future of Desalination? A Fast, Efficient, Selective Membrane for Purifying Saltwater

Madrigal Develops Treatment for PTSD Based on Psychedelic Drugs

Nanobiotics: Model Predicts How Nanoparticles Interact with Proteins

New Imaging Method Makes Tiny Robots Visible in The Body

Fast-tracked: First In-human Trial for Aggressive Brain Tumours

New Nanomechanical Oscillators with Record-low Loss

Quantum One-way Street in Topological Insulator Nanowires

Laser Bursts Drive Fastest-ever Logic Gates

Detecting Viruses in a Pinprick

Cooling Speeds Up Electrons in Bacterial Nanowires

Nanoparticle Technology Could Be New, Non-invasive Treatment for Endometriosis

Study Finds Nanomedicine Targeting Lymph Nodes Key to Triple Negative Breast Cancer Treatment

Artificial Cell Membrane Channels Composed of DNA Can Be Opened and Locked with a Key

New Understanding of Key Fuel Cell Catalyst

Spintronics: How an Atom-thin Insulator Helps Transport Spins

Hidden Distortions Trigger Promising Thermoelectric Property

Scientists Build Ventricle-on-a-Chip to Study Heart Disease

Self-driving Microscopes Discover Shortcuts to New Materials

Making Chemical Separation More Eco-friendly with Nanotechnology

Bilayer Graphene Inspires Two-universe Cosmological Model

A New Method for Exploring The Nano-world

Energy Researchers Invent Chameleon Metal That Acts Like Many Others

UW Medicine-developed COVID Vaccine Effective in Test

Nature-inspired Self-sensing Materials Could Lead to Engineering Breakthoughs

‘Smart’ Diaper for Bedside Urine Testing

Breaking Through To the Brain

Researchers Unlock Potential Means to Reduce Lithium-ion Batteries Reliance on Rare Metals

New Volumetric 3D Printing Method Relies on Light-converting Nanoparticles

Nanoplastic Omnipresent in Rural and Remote Surface Waters

Nanoscale Currents Improve Understanding of Quantum Phenomena

Tulane Scientists Develop Powerful Family of Two-dimensional Materials

Russian Scientists Obtain New Ultra-hard Material

New Nanotech Imaging Tool May Allow Smartphone Disease Diagnosis

Metamaterial Significantly Enhances the Chiral Nanoparticle Signals

Like a Pebble in a Whirlpool

Nanoparticles Are The Future of Medicine – Researchers are Experimenting with New Ways to Design Tiny Particle Treatments for Cancer

Copper is Effective Against Sars-CoV-2 on Surfaces – Silver is Not

‘Nanomagnetic’ Computing Can Provide Low-energy AI, Researchers Show

Rice Process Aims to Strip Ammonia from Wastewater

Researchers Develop Smartphone-Powered Microchip for At-Home Medical Diagnostic Testing

A Simpler Approach for Creating Quantum Materials

Researchers Create Self-assembled Logic Circuits from Proteins

Skyrmions on the Rise – New 2D Material Advances Low-power Computing

Bones, Constructed Like Prestressed Concrete

Iverson Aims to Advance Study of Nanotubes in Diagnosing Diseases

Decoding the Lifecycle of Photogenerated Charges

Building ‘Nanofactories’ To Help Make Medicines and More

Team Demonstrates Rare Form of Ferroelectricity in Ultra-thin Material

FAU Research Team Develops Gear Units from A Few Atoms

FDA Issues Guidance on Drug and Biological Products Containing Nanomaterials

Glimpse Inside a Graphene Sandwich

The Use of Magnetic Nanoparticles for Cancer Therapy

Harnessing the Powers of Light to Operate Computers

Beyond Van Der Waals: Next Generation of Covalent 2D-2D Heterostructures

Tangle No More, Nanotubes

Direct Printing of Nanodiamonds at The Quantum Level

UTD Engineers New Rapid Virus Test Raises Bar for Detection

DNA Nanostructures for Targeting Cellular Surface Receptors

New Mechanism to Transfer Chirality Between Molecules in The Nanoscale Field

Measuring The ‘Wettability’ of Graphene and Other 2D Materials

Electronics Can Grow on Trees Thanks to Nanocellulose Paper Semiconductors

Breakthrough for Efficient and High-speed Spintronic Devices

Tri-Cities Scientists ‘Magically’ Mining Metals from Water

Researchers Develop a Paper-thin Loudspeaker

Researchers Create Exotic Magnetic Structures with Laser Light

Rice Trains Postdocs for Nano-cancer Future

New Miniature Heart Could Help Speed Heart Disease Cures

Bio-inspired Textiles Promote Sustainable Fashion

New Nano-based Reversible Vasectomy Operation Developed Using Ultrasound Waves to Revert Contraception

An Efficient Electrochemical Intercalation Method for High-yield Production of TMD Nanosheets

‘Exceptional’ Research: Unexpected Light Behavior May be Harnessed to Improve Optical Communications and Sensors

Researchers Demonstrate Label-free Super-resolution Microscopy

Lasers Trigger Magnetism in Atomically Thin Quantum Materials

Microdrones with Light-driven Nanomotors

Nylon Cooking Bags, Plastic-Lined Cups Can Release Nanoparticles into Liquids

Water Processing: Light Helps Degrade Hormones

Multifunctional Graphene-based Composites Oriented by Roles of Graphene in Photocatalysis

Nanostructures with Improved Stability for the Development of More Effective Cancer Nanomedicine

Flexible Electronics Get Brighter

Extremely Sensitive Nano-sensors Can Detect Trace Amounts of Molecules

Chiral Gold Nanoparticles Increase Vaccine Efficacy by More Than 25%, Study Suggests

New Approach Against Chronic Inflammation

UCLA-developed Technology Enables Single-cell Sorting by Function

Nanoparticles Developed at OSU Show Promise for Locating, Removing Endometriosis Lesions

Bacterial Soundtracks Revealed by Graphene Membrane

Nanoparticles Can Cross the Placenta During Pregnancy, Potentially Exposing Fetus

Particles Released by Red Blood Cells Are Effective Carriers for Anti-cancer Immunotherapy

New Promising Nanogel Separates Chemicals Continuously

Extract from a Common Kitchen Spice Could be Key to Greener, More Efficient Fuel Cells

Nanoparticles Prove Effective Against The Yellow Fever Mosquito

Georgia State Researchers Take Step Toward Developing ‘Electric Eye’

Engineers Enlist AI to Help Scale up Advanced Solar Cell Manufacturing

Seeing More Deeply into Nanomaterials

Can Nanotechnology Help Fight Viruses?

Nanoclusters Self-organize into Centimeter-scale Hierarchical Assemblies

Indoor-active Photocatalyst for Antiviral Coating against Various Variant Types of SARS-CoV-2

Injectable Stem Cell Assembly for Cartilage Regeneration

Method Efficiently Breaks Down Plastic Bottles into Component Parts

Ranking Nanodevice Functionality Methods

Hybrid Quantum Bit Based on Topological Insulators

Graphene-hBN Breakthrough to Spur New Leds, Quantum Computing

New Approach Can Predict Pollution from Cooking Emissions

Feel The Attraction of Zwitterionic Janus Particles

National Cheng Kung University Researchers Present New Solution for Wastewater Remediation

Single-molecule Experiments Reveal Force Capability of Artificial Molecular Motors

What Drives Electron–Hole Asymmetry in Graphene?

No Small Measure: Probing The Mechanics of Gold Contacts at The Nanoscale

Real-time Ultrafast Humidity Sensing Optical Sensor

World’s First LED Lights Developed from Rice Husks

Nanoparticles Could Enable a More Sensitive and Durable Rapid COVID-19 Test

In a Sea of Magic Angles, ‘Twistons’ Keep Electrons Flowing Through Three Layers of Graphene

Faster, More Efficient Nanodevice to Filter Proton and Alkaline Metal Ions

Decoy Particles Trick Coronavirus As It Evolves

New Transistor Could Cut 5% from World’s Digital Energy Budget

Discovering New Ways to Control Light

Maintaining the Structure of Gold and Silver in Alloys

USTC Found a Pathway to High-quality ZnSe Quantum Wires

Nerve Stimulation with the Help of Implantable Mini Solar Cells

Artificial Organelles Based on Hybrid Protein Nanoparticles

'Frustrated' Nanomagnets Order Themselves through Disorder

Micro­cavities As a Sensor Platform

NGI Shows Rare Physics with Electrically Tunable Graphene Device

Scientists Propose Nano-vitamins for Trees from a Test Tube

UGA Team Develops Faster, Cheaper COVID Tests

Solar Nanowire-nanotube Filter Offers Easy Access to Clean Drinking Water

Nanoclay: The Liquid Turning Desert to Farmland

Good Idea Jeans: Nanotechnology in Textiles

Bio-inspired Technology Could One Day Lead to a Bionic Eye

Computerized, Rolling DNA Motors Move Molecular Robotics to Next Level

For More Tailored Treatments, Think Small

Treated Plastic Waste Good at Grabbing Carbon Dioxide

Opening up the Electromagnetic Spectrum

Newly Identified Neutrophil Subset Is a Promising Therapeutic Target

Graphene Crystals Grow Better under Copper Cover

Self-standing Mesoporous Si Film Can Power Lithium-ion Batteries

Sugar-coated Nanoparticles Target Macrophages, Reverse Pulmonary Fibrosis

Turmeric Compound Helps Grow Engineered Blood Vessels and Tissues

Graphene Gets Enhanced By Flashing

X-Rays Help Scientists Uncover New Forms of Material Using Designer DNA

Young Researcher Wants to Change Materials Research Method

Revolutionary Tool Could Meet Future Pandemics with Accelerated Response

Physicists Engineer Ferroelectricity into Well-known Family of Semiconductors

Researchers Create a Sea of Nano-sized Gold Stars

Inorganic Nanozymes Acting as Therapeutic and Contrast Agents

Nano Therapy for Micro-Preemies Protects Lungs, Brain in Lab Study

A Look into the Magnetic Future

Turning Any Camera into a Polarization Camera

New Method Measures Nanoscale Material Response at High Magnification

Engineering Researchers Develop Porous Nanoparticles for Regenerative Medicine

Scavenger Nanoparticles Could Make Fuel Cell-powered Vehicles a Reality

Carbon Monoxide Turns into Large Defectless Graphene Crystal Under Ambient Pressure

Research Project Develops Electrically Controlled Artificial Molecular Machines

Printing Circuits on Rare Nanomagnets Puts a New Spin on Computing

New Technique Opens Door to Cheaper Semiconductors, Higher Chip Yield

Panelists Explore ‘Science of The Very, Very Small’

Growing Quantum Dots in A Regular Arrangement

A Nanomaterial That May Improve Insulin’s Effects on the Nervous System

New Technology to Make Charging Electric Cars As Fast As Pumping Gas

HKU Develops a Light-Controlled Nanomedicine for Precise Drug Delivery to Treat Colorectal Cancer

A Better Way to Separate Gases

Researchers Develop the World's First Power-free Frequency Tuner Using Nanomaterials

Improving Asphalt Road Pavement Using Engineered Nano Mineral Composites

Johns Hopkins Develops Sensor for Faster, More Accurate COVID-19 Tests

In the Heat of the Wound

Twisted Vibrations Enable Quality Control for Chiral Drugs and Supplements

Novel Platform Purifies Oil-contaminated Seawater

“Hot” Spin Quantum Bits in Silicon Transistors

Biohybrid Micro and Nano Robots Could Revolutionise Drug Delivery

Scientists Advance Cloud-seeding Capabilities with Nanotechnology

Novel Synergistic Single-atom Catalyst Approach Breaks Activity Limitation of Predecessors

Alpaca Nanobodies Potently Neutralize SARS-CoV-2 Variants

Breakthrough Application of Moisture-trapping Film from NUS to Reduce Heat Stress in Personal Protective Suits

Stanford Engineers Develop a Stretchable Display That Could Revolutionize How Humans Interact with Electronics

UQ Research to Keep Batteries Going and Going

Stabilizing Emulsion Research Improves Firefighting Operations and More

Nanoparticle-based COVID-19 Vaccine Could Target Future Infectious Diseases

Secret to Keeping Ice Cream Creamy (Not Crunchy) Might Be Plant-based Nanocrystals

Rapid Spin-flip in Colloidal Nanocrystals to Generate Molecular Triplets

Scientists Shave ‘Hairs’ Off Nanocrystals to Improve Their Electronic Properties

Light Derails Electrons Through Graphene

An Improved Ink for Colon Tattoos

Autonomous Nanomachines Inspired by Nature

Don’t Underestimate Undulating Graphene

Getting Warmer: Improving Heat Flux Modeling

A New Class of Materials for Nanoscale Patterning

Bacteria-Shredding Insect Wings Inspire New Antibacterial Packaging

New Technology Enables the Detection of Microplastics from Road Wear

Quenching by Laser Increases Graphene Quality

Growing Extremely Tiny, Uniformly Sized Diamonds — Without Explosives

‘Lab On a Chip’ Can Measure Protein-DNA Interactions

Inhalable Aerogel Shows Promise for Transmission-Blocking COVID-19 Vaccine

Novel Quantum Sensing Possibilities with Nonlinear Optics

Quantum Dots Shine Bright to Help Scientists See Inflammatory Cells in Fat

How Do Material Properties Depend Upon Their Dimensions? A Dimension Journey in the Real World.

Virginia Tech Researchers Developing a New Vaccine for A Swine Coronavirus

Study Reveals How Migraine Pain Signals Are Generated—And Blocked

LSU Chemists Unlock the Key to Improving Biofuel and Biomaterial Production

Chinese Researchers Create the World's Smallest Transistor Gate

Breakthrough Discovery May Influence the Future of Nanotechnology

Development of a Single-Process Platform for The Manufacture of Graphene Quantum Dots

Dramatically Reducing Defects, New Technique Opens Applications for 3D-Printing Metal Parts

Computational Modeling Guides Development of New Materials

Researchers Use Flat Lenses to Extend Viewing Distance for 3D Display

A Unique Pattering Strategy Based on Resist Nanokirigami

Copper-Silver-Gold Nanostructure Gives Carbon-Capture-and-Utilization a Boost

Physicists Find Direct Evidence of Strong Electron Correlation in A 2D Material for The First Time

Together, We're Stronger: Developing a New Layered Material for Future Electronics

Paving The Way to Tailor-Made Carbon Nanomaterials and More Accurate Energetic Materials Modeling

Getting Bacteria and Yeast to Talk to Each Other, Thanks to a ‘Nanotranslator’

‘Self-Driving’ Lab Speeds Up Research, Synthesis of Energy Materials

Ultrahard Chiton Teeth Discovery Offers Clues to Next-Generation Advanced Materials

Novel X-Ray Lens Facilitates Glimpse into the Nanoworld

Uottawa Research Suggests Spray of Tiny Particles of Gold May Treat Heart Disease

Lithuanian Researchers Proposed a Method for Wind Turbine Blades’ Recycling

"Nanocapsules" Provide New Solution for Efficient Cancer Chemodynamic Therapy

Treating Cancer with Light-Sensitive Nanoscale Biomaterials

Simpler Graphene Method Paves Way for New Era of Nanoelectronics

A Transistor Made Using Two Atomically Thin Materials Sets Size Record

Lower, More Frequent Doses of Nanomedicines May Enhance Cancer Treatment

Nanoantennas for Light Controlled Electrically

Graphene Keeps People Warm in Open Air at Beijing 2022

Using Soap to Remove Micropollutants from Water

An Electrode Made from Inexpensive Earth-abundant Metals Bubbles with Potential for Green Fuel Production

On the Hunt for Ultra-thin Materials Using Data Mining

Acoustic Propulsion of Nanomachines Depends on Their Orientation

Durable Selenium Nanoparticle Fabrics with Antiviral and Antibacterial Properties

A Remote Control for Functional Materials

A Zigzag Blueprint for Topological Electronics

Air Force Research Laboratory Chemists Collaborate with MIT on Nanomaterial Advancement with Flow Chemistry

Nano Carriers Made Fit for Purpose

How a Virus Packages Its Genetic Material

Stealth Nanomedicines Combat Cancer and Cut Toxic Effects of Chemo

New Tool Allows Unprecedented Modeling of Magnetic Nanoparticles

Novel Nanoparticles with Potential for Enhanced Deep Tumour Therapy

How to Clean Solar Panels without Water

Sunway University's Nano-fluid Invention Reduces Up to 10pct Energy Consumption in Industrial Chillers

New Research Sheds Light on Nature of Friction in Multi-layered Graphene

From Quantum Vibrations to Nanodiamonds, Unusual Toolbox Puts Dangerous SARS-CoV-2 Variants Under Surveillance – and May Detect the Most Infectious

UCF and NASA Researchers Design Charged ‘Power Suits’ for Electric Vehicles and Spacecraft

Toward Batteries That Pack Twice as Much Energy Per Pound

Nanotechnology Can Treat Neurological Disorders, Says Researcher

LTU Professor Gets Grant to Create Wearable Device to Detect Tiny Toxins in the Air

Nanoparticle Reduces Skin and Lung Scarring for Scleroderma, Mouse Study Finds

Tiny ‘Skyscrapers’ Help Bacteria Convert Sunlight into Electricity

From Lab to Field: Nanotech Gives Better Crop Protection

A Sieve for Molecules

Could Tiny Devices Made Out of DNA Treat Cancer?

Like Bacteria Firing Spearguns

Atom by Atom: Building Precise Smaller Nanoparticles with Templates

LSU Science of the Super-Small Helps Soybean Growers and the Environment

UCLA Team Develops Ultrathin Films for Stretchable and Sturdy Bioelectronic Membranes

Expanded Alphabet, Precise Sequencing Make DNA the Next Data Storage Solution

A ‘Greener’ Way to Clean Wastewater Treatment Filters

Discovered: An Easier Way to Create "Flexible Diamonds"

Unveiling a Chemisorbed Crystallographically Heterogeneous Graphene/FePd Interface

A Nanoscale Look at Coronavirus Infection

Seeing Below the Surface of Bimetallic Nanoparticles

NGI Uses Twist to Engineer 2D Semiconductors with Built-In Memory Functions

Liquid Crystal Tuning Controls Resonances in Metallic Nanoparticle Arrays

Drill-Free Fillings? Researcher Says Antimicrobial Resin Could Lead to 'More Positive' Patient Experience

Tiny Tire Particles Inhibit Growth of Organisms in Freshwater, Coastal Estuaries, Studies Find

Improved Fuel Cell Performance Using Semiconductor Manufacturing Technology

McMaster Inventors’ Repellent Wrap Shown to Shed All Viruses and Bacteria

Controlling How Fast Graphene Cools Down

Graphene Sensor Rapidly Detects Opioid Metabolites in Wastewater

Research Team Makes Breakthrough Discovery in Light Interactions with Nanoparticles, Paving the Way for Advances in Optical Computing

A New, Inexpensive Catalyst Speeds the Production of Oxygen from Water

Ring My String: Building Silicon Nano-strings

Nanobody-drug Conjugates Hijack the Human Vitamin B12 Uptake Route

New Lightweight Super Material Could Battle Bullets, Deflect Space Debris

New Optical Tweezers Put on the Pressure to Change Color

ERDC Partners with Multiple Universities on Graphene Research

Interaction with Lung Cells Transforms Asbestos Particles

How to Design a Sail That Won’t Tear or Melt on an Interstellar Voyage

Researchers 3D Print Self-propelling Graphene Oxide Soft Robots

Scientists Visualize Electron Crystals in a Quantum Superposition

Antibacterial Bioactive Glass Doubles Down on Microbial Resistance to Antibiotics

Live Wire: New Research on Nanoelectronics

Distinct Driving Mechanisms Identified for Charge Order in Monolayer Vanadium Diselenide

Tiny Probes Could Sail to Outer Planets with the Help of Low-power Lasers

Physicists Observe an Exotic “Multiferroic” State in an Atomically Thin Material

Stanford Scientists Combine AI and Atomic-scale Images in Pursuit of Better Batteries

Inorganic Borophene Liquid Crystals: A Superior New Material for Optoelectronic Devices

Water Filtration Membranes Morph Like Cells

Nanocarrier Spray: Better Crops Without Genetic Modification

More Sensitive X-Ray Imaging

Development of Nanoengineered Bacteria for Cancer Optotheranostics

Novel Coating Developed Prevents Fogging on Plastic Surfaces and ‘Self-cleans’

€150,000 Grant to Investigate Big Improvements to Medicines Using Tiny Particles

Researchers Reproduce Artificially the Learning and Forgetting Functions of the Brain with Magnetic Systems

Metal Mix and Match: An Unexpected Discovery Could Improve the Crystallinity of Coordination Nanosheets

Potential Breakthroughs for Gesture Recognition with New Algorithm, Capacitive Sensor

Versatile ‘Nanocrystal Gel’ could Enable Advances in Energy, Defense and Telecommunications

Lotus Effect: Self-cleaning Bioplastics Repel Liquid and Dirt

WSU-designed, Nano-engineered Sealer Leads to More Durable Concrete

Monte Carlo Simulations Bring New Focus to Electron Microscopy

Nano-sized Plastics may Enter and Permeate Cell Membranes

Easy Aluminum Nanoparticles for Rapid, Efficient Hydrogen Generation from Water

A Novel Nanoplatform for Delivering Drugs into Lymphocytes

Promising New Approach to Rebuild Bone Tissue

The University of Sussex Scientists Advancing Liquid Electronics

New Discovery Supports Reusable Helmet Padding

Novel Nanoparticles Target Gene Therapy Directly into the Lungs

Photocatalysis: The Nano-sponge Revolution

Disorder-engineered Inorganic Nanocrystals Set a New Efficiency Record for Ultrathin Solar Cells

Lin Lab: Slicing the Way to Wearable Sensor Prototypes

Nanoparticles with a Mega Impact: How Injectable mRNA Fights Cancer

"Amazing" Nanoparticles from Maize: A Potent and Economical Anti-cancer Therapeutic

Newly Discovered ‘Encrypted Peptides’ with Antibiotic Properties

Nanopores Feel the Heat

Eyebrow-Raising: Researchers Reveal Why Nanowires Stick to Each Other

An International Standard for Measuring the Flatness of Graphene

Could Drinking Gold Nanoparticles Regenerate Our Nervous System?

Researchers Restore Function in a Gene That Can Suppress Liver Cancer and Enhance Immunotherapy

Light Could Boost Performance of Fuel Cells, Lithium Batteries, and Other Devices

Size Matters in Particle Treatments of Traumatic Injuries

Nanotube Films Open Up New Prospects for Electronics

NGI Advances Graphene Spintronics as 1D Contacts Improve Mobility in Nano-scale Devices

Tiny, Reusable Sensing Chip Could Lead to New Point-of-Care Medical Tests

Nanoparticle Nasal Spray Protects Mice Against Many Flu Strains

Tiny Electrical Vortexes Bridge Gap between Ferroelectric and Ferromagnetic Materials

The Tiny Structures That Mimic a Cell’s Natural Environment

MU Researcher Combining Traditional Medicine, Nanoparticles for Cancer Treatment

Engineers Create Spiky Materials Inspired by Insects That Could Pop Bacteria

New System Speeds Screening of Drug-delivering Nanoparticles

Applying the Butterfly Principle

Surrey’s New Flexible and Stretchy Supercapacitors Could Boost “Battery” Life for Internet of Things

Glaucoma: Seeing the Light at the End of the (Nano)Tunnel

Self-assembling and Complex, Nanoscale Mesocrystals Can Be Tuned for a Variety of Uses

Don’t Lose Your Marbles: Realising the Potential of Liquid Marbles

New Plant-derived Composite Is Tough as Bone and Hard as Aluminum

SARS-CoV-2 Cytokine Storm Inhibited by Curcumin Nanoparticles

Columns Designed from Nanographenes

Taking a Look at Tiny Bubbles

Nanowires Under Tension Create the Basis for Ultrafast Transistors

Graphene Sensors Can Detect Bacterial Pathogens

Self-templating, Solvent-free Supramolecular Polymer Synthesis

Harnessing Sea Pineapples and Blood Waste for Metal-air-battery Catalysts

‘Quantum Friction’ Slows Water Flow Through Carbon Nanotubes, Resolving Long-standing Fluid Dynamics Mystery

Lighting Up Tough Pancreatic Cancers

Carbon Nanotube Fibre Offers Two-in-One Energy Storage and High Strength

Nature’s Colours Can Replace Toxic Pigments

Nanotechnology Creates New Lightweight Suits for Firefighters

Novel Chemical Glucose Sensing Method Based on Boronic Acids and Graphene Foam

Discovery Unravels How Atomic Vibrations Emerge in Nanomaterials

A New, Nanoscale, 3D Structure to Control Light

Tumors Dramatically Shrink with New Approach to Cell Therapy

New Lightweight Material Is Stronger Than Steel

HKUST Co-led Study Reveals Topology at the Corner of the Dining Table

Tiny Materials Lead to a Big Advance in Quantum Computing

Burst of Radiation and Vesicles-based Immunotherapy Suppress Brain Cancer Growth

Simple, Inexpensive, Fast and Accurate Nano-sensors Pinpoint Infectious Diseases

Scientists Enhance Energy Storage Capacity of Graphene Supercapacitors via Solar Heating

Engineering a Multi-element Atomic Arrangement

Stable Nanovesicles for the Delivery of microRNA in Cancer Treatment

Novel Printing Process Switches Materials from Black to Transparent

‘Seeing’ Non-uniformities in 2D Materials May Lead to New Medical Sensors

Quick COVID Breathalyzer Could Allow Mass Screening in Public Places

Scientists Weave Atomically Thin Wires into Ribbons

A Laser Process for Surface Finishing: Lotus Effects by Laser

Molecular Machine in Nano Cage

More Predictive in Vitro Assays May Improve Nanomedicine

Analysis and Containment of Defect Formation in Zn3P2 Crystals: A Nanoscale Approach

Thin Is Cool: Researchers Unveil the Excellent Heat Dissipation Properties of Layered Semiconductors Down to the Monolayer

Novel Nanoparticle SARS-CoV-2 Vaccine Combines Immune Focusing and Self-Assembling Nanoparticles to Elicit More Potent Protection

Researchers Develop Molecular Traps to Target SARS-CoV-2

Scientists Use 'Sticky' DNA to Build Organized Structures of Gel Blocks

Magnetic Nanoparticles for SARS-CoV-2 and Other Virus Detection Systems

Synthesis and Properties of Wing-shaped Nanographene

Machine Learning Fine-Tunes Flash Graphene

Carbon Nanomaterials for Future Quantum Technologies

Atomic Armor for Accelerators Enables Discoveries

Strong But Thin Transparent Films Made from Cellulose Nanofibers with Wide Applicability

Making RNA Vaccines Easier to Swallow

2D Material in Three Dimensions

A New Study Finds That Chiral Gold Nanoparticles Enhance Immune Response

Nanoparticle-formulated Drug Combination Is Effective in Medulloblastoma, A Pediatric Brain Tumor

Studied For Clean Energy, Carbon Nanotubes Find New Potential in Anticancer Drug Delivery

‘Smart Saddle’ Could Help Equestrians Hit Their Stride

Nano-architected Material Refracts Light Backward – an Important Step toward One Day Creating Photonic Circuits

Cosmic Physics Mimicked on Table-Top As Graphene Enables Schwinger Effect

New Way to Make Microparticles Could Accelerate Drug Development, Production of New Cell Strains

Using Nanodiamonds As Sensors Just Got Easier

Maize and Milk Proteins Can Replace Fossil Fuels and Metals in the Production of Nanostructured Surfaces

Breakthrough Measurements/Theory of Vibrating Atoms in Nanostructures Ushers in New Class of Technology

Simulations Shed Significant Light on Janus Particles

Intranasal Flu Vaccine with Nanoparticles Offers Robust Protection, Researchers Find

Scientists Build ‘Valves’ in DNA to Shape Biological Information Flows

Cats in a Cage: Novel Hybrid Nanocages for Faster Catalysis

New, Better Coronavirus Rapid Test

New Moisture-wicking Metafabric Passively Cools the Wearer

Precision Machining Produces Tiny, Light-guiding Cubes for Advancing Info Tech

Researchers Create Deep-ultraviolet Light-emitting Diode

Stirring A Superfluid with A Laser

Researchers Will Use the World’s Most Accurate Radiation Detector in Quantum Computers

Impossible Material Made Possible Inside A Graphene Sandwich

Germanium Halides Serve as Ideal Precursors to Synthesize High-quality Perovskite Nanocrystals

Why Are Ripe Tomatoes So Red? The Distorted Reality of Carotenoid-based Nanoparticles

Camels’ Noses Inspire A New Humidity Sensor

Zeolite Nanotube Discovery Made by Researchers at Georgia Tech

Encapsulation as a Method for Preventing Degradation in Li-Air Batteries

TTUHSC Scientist Seeking Solution to Antibiotic Resistance

Nano-sized Vesicles with ACE2 Receptor Could Prevent, Treat Infection from Current and Future Strains of SARS-CoV-2

Experiment with Turnstiles of Single Electrons Shows Way Towards New Power Standard

Self-organization of Complex Structures: A Matter of Time

When Graphene Speaks, Scientists Can Now Listen

Nanotechnology: Theory Predicts New Type of Bond That Assembles Nanoparticle Crystals

Tracking Quantum Phenomena in 2D Graphene

SUTD Sets Its Sights on Chalcogenide Nanostructured Displays

Intracellular Supramolecular Self-assembly Regulates Cellular Function

Unexpected Energy Storage Capability Where Water Meets Metal Surfaces

Tiny Electric Generators Could Accelerate Wound Healing

Mini Electricity Generator from Quantum Dots

Carbon Nanotubes – The New Black

Nanobubbles Provide Path to Better Medical Devices

Quantum Dots Boost Perovskite Solar Cell Efficiency and Scalability

Exploring RNAi and Nanotechnology for Cancer Therapeutics: CSIR Study

Controlling How “Odd Couple” Surfaces and Liquids Interact

Nanotherapy Offers New Hope for the Treatment of Type 1 Diabetes

Solar-powered EVs More Possible Than Ever, Thanks to TMDs & Graphene

Graphene Innovations Inc Manchester (GIIM) Joins GEIC as New Tier 1 Partner

Synthetic Antibody Demonstrates Omicron Detection Along with All Other Variants of Concern

UT Southwestern Develops Nanotherapeutic to Ward off Liver Cancer

For Sustainable Sulfur-tolerant Catalysts, Alloy the Precious Metals with Phosphorus!

Regrowing Cartilage in a Damaged Knee Gets Closer to Fixing Arthritis

Using Only 100 Atoms, Electric Fields Can Be Detected and Changed

Towards Superior Nanoscale Sensing and Imaging with Optimized Diamond Probes

New Fluorescent Nanovesicles for Intracellular Biomarker Detection

Building a Silicon Quantum Computer Chip Atom by Atom

1,000-cycle Lithium-sulfur Battery Could Quintuple Electric Vehicle Ranges

Keeping Up with the First Law of Robotics: A New Photonic Effect for Accelerated Drug Discovery

Nanostructures Get Complex with Electron Equivalents

Bioengineered Nanoparticles Show Promise for Fibrinogen Manufacture, Says Journal of Pharmaceutical Analysis Study

Researchers Develop Highly Efficient Dye-sensitized Lanthanide-doped Upconversion Luminescent Nanoprobes

Falling Down The Carbon Rabbit Hole

An Ice-inspired Lubricant Improves Osteoarthritis Symptoms in Rats

New Nanocrystals Put a Tiny Twist on Useful Materials

NC State Researcher Develops Soft Material to Preserve Biological Medicines

A Boost to the Optical Properties of Gold Nanoclusters by Designed Proteins

Penn Medicine Researchers Develop New Method to Increase Effectiveness of Nanomedicines

Overcoming a Bottleneck in Carbon Dioxide Conversion

Single-walled Zeolitic Nanotubes Discovered

Will This New Superpower Molecule Revolutionize Science?

Physicists Detect a Hybrid Particle Held Together by Uniquely Intense “Glue”

Portable Prostate Cancer Test May Help Reach Underserved Men

Catalyst Surface Analysed at Atomic Resolution

Decoding Protein Assembly Dynamics with Artificial Protein Needles

Heat Rectification via Suspended Asymmetric Graphene Nanomesh

Light-controlled “Drug-free” Macromolecules for Precise Tumor Therapy

Chemists Use DNA to Build the World’s Tiniest Antenna

Nanowire Transistor with Integrated Memory to Enable Future Supercomputers

Decreasing Cancer Drugs’ Side Effects

Magnetic Surprise Revealed in ‘Magic-angle’ Graphene

A Single Molecule Makes a Big Splash in the Understanding of the Two Types of Water

Gold Solution to Catalysis Grand Challenge

Preserving the Goods: A New Technique for Isolating Intact Lysosomes from Cell Cultures

Nematicity Is a New Piece in a Phase Diagram Puzzle

3D Digital Holograms on Smartphones?

Great Balls of Fire: How Heating Up Testicles with Nanoparticles Might One Day Be a Form of Male Birth Control?

Graphene Could Replace Rare Metal Used in Mobile Phone Screens

Suppressing the Auger Recombination Process in Quantum Dots

Alumnus and Engineer Collaborate on 3D Printing to Advance Microfluidic Systems

First Realistic Portraits of Squishy Layer That’s Key to Battery Performance

Engineered Nanomaterial Captures Off-target Cancer Drug to Prevent Tissue Damage

New Color-coded Test Quickly Reveals If Medical Nanoparticles Deliver Their Payload

Fundamentals and Features of Nanofabrication

Moore’s Law and the Potential of Polymers in Nanotechnology

Researchers Find Whimsy at The Nano Scale

Researchers Develop First Fully 3D-printed, Flexible OLED Display

Plasma-based Engineering Creates Contact-killing, Antifouling, Drug-release Surfaces

Top 20 Countries in Publishing Nano Articles in 2021

Ultrafast Imaging of Terahertz Electric Waveforms Using Quantum Dots

Sustainable Silk Material for Biomedical, Optical, Food Supply Applications

3D Semiconductor Particles Offer 2D Properties

Scientists Find Ways to Help Perovskite Solar Cell "Self-healing"

First Time Genome Editing Made Possible on Cells Lining Blood Vessel Walls

Researchers Develop Futuristic Self-healing Nanocrystals

Army, Navy Lend Muscle to New 2-D Perovskite Solar Cell That’s 18% More Efficient

X-ray Technique Offers New View Inside Active Batteries

Bringing Nanophotonics into the Brain

Fitness Sensor Warns When You're at Your Limits

Creating Invisibility with Superconducting Materials

Improving COVID-19 Anti-viral Drug Delivery with Nanotechnology

From Insect Carapace to Sustainable Building Material

Keep Food Fresh with This Bacteria-killing Packaging

Cancer Drug Launched in Space Via Falcon 9 Launcher: Doxil Nanotech Treatment Tested for Occurrence of Change in Zero Gravity Conditions

Machine Learning Used to Predict Synthesis of Complex Novel Materials

HLB Verifies Efficacy of Nanogen's COVID-19 Vaccine in Vietnam

Energy-saving Glass ‘Self-adapts’ to Heating and Cooling Demand

Scientists Create Stable Materials for More Efficient Solar Cells

Nano-chocolates That Store Hydrogen

Penn Medicine Researchers Develop Structural Blueprint of Nanoparticles to Target White Blood Cells Responsible for Acute Lung Inflammation

Helium Bath Splash

Optimization of mRNA Containing Nanoparticles

Templating Approach Stabilises ‘Ideal’ Material for Alternative Solar Cells

1000 Kms on One Charge: Local Firm Claims Breakthrough in EV Battery Tests

Using Magnets to Toggle Nanolasers Leads to Better Photonics

Researchers Use Electron Microscope to Turn Nanotube into Tiny Transistor

Scalable Two-step Annealing Method for Preparing Ultra-high-density Single-atom Catalyst Libraries

‘Pop-up’ Electronic Sensors Could Detect When Individual Heart Cells Misbehave

Researchers Uncover the Mechanism of Electric Field Detection in Microscale Graphene Sensors

Fueling the Future with New Perovskite-related Oxide-ion Conductors

World’s Thinnest Christmas Tree Created at DTU

Technique Tunes Into Graphene Nanoribbons’ Electronic Potential

Tuning a Magnetic Fluid with an Electric Field Creates Controllable Dissipative Patterns

Nanotube Fibers Stand Strong -- But for How Long?

Step Forward In Quest to Develop Living Construction Materials and Beyond

US Army Creates Single Vaccine Against All COVID & SARS Variants, Researchers Say

Developing the Next Generation of Artificial Vision Aids

World’s Smallest Microelectronic Catheter for Minimally Invasive Surgery of the Future

NUST MISIS Scientists Create New Catalyst for Efficient CO2 Processing

NIST Improves the Ability of Optical Microscopes to Measure the Volume of Microdroplets

Biosensors Using Field-effect Transistors Show Great Promise

Quantum Beam-applied Liquid Metal Nanoparticularization for Cancer Optotheranostics

Birds’ Dazzling Iridescence Tied to Nanoscale Tweak of Feather Structure

‘Wonder Material’ Phosphorene Nanoribbons Live up to Hype in First Demonstration

Water Nanoproperties as a Key Factor for Sanitation

Controlling and Directing Neural Growth Using Nanostructured Polymeric Scaffolds

3D Printing Approaches Atomic Dimensions

New Graphene-based Neural Probes Improve Detection of Epileptic Brain Signals

New Atomically-thin Material Could Improve Efficiency of Light-based Tech

Sensor Based on Quantum Physics Could Detect SARS-CoV-2 Virus

How Nanotechnology is Helping to Solve Humanity's Core Challenges

3D Printed Nanomagnets Unveil a World of Patterns in the Magnetic Field

Clearing Cholesterol Crystals with a New Nanoparticle

DNA Nanotubes Deliver Therapeutics to Glioblastoma Tumors

UOW Graphene Discovery to Fast-track the New Energy Revolution

Series of Preclinical Studies Supports the Army’s Pan-Coronavirus Vaccine Development Strategy

Novel Fluorescent Hydrogel Developed to Achieve Soft Biomimetic Color-changing Skins

Nanodiamonds Are Key to Efficient Hydrogen Purification

Magnetic ‘Hedgehogs’ Could Store Big Data in A Small Space

Study Quantum Characteristics of ‘Combs’ of Light

Picture Perfect X-Ray Capture

Exotic Quantum Particles — Less Magnetic Field Required

Nanoparticle Therapeutic Enhances Cancer Immunotherapy

Surfing the Spin Wave

“Supermeres” May Carry Clues to Cancer, Alzheimer’s Disease and COVID-19

Light-controlled Spontaneous Growth of Nanostructures

Binary Mesocrystals from the Nano-building Kit

Boosting Anti-cancer Action by Driving up Immunity at Tumor Site

Nanomaterials Enhance Efficiency of Semi-transparent Perovskite Solar Cells

QuTech Takes Important Step in Quantum Computing with Error Correction

Dynamic Gating Process Observed at Sub-2 nm Speed in Nanochannels

Scientists Synthesize Hafnium-based Vacancy Ordered Perovskite Nanocrystals by Hot Injection Method

New Copper Surface Eliminates Bacteria in Just Two Minutes

Ligand-engineered Bandgap Stability in Mixed-halide Perovskite LEDs

The Changing Patterns of DNA Microcapsules

With Fuzzy Nanoparticles, Researchers Reveal a Way to Design Tougher Ballistic Materials

Technique Speeds Up Thermal Actuation for Soft Robotics

A Bonding Experience: Study Reveals Potential New Family of Compounds

CrayoNano Receives $1,565,000 Grant from The Norwegian Research Council

Nanomedicine Shrinks Vascular Lesions in Mice and Could Pave Path to New Treatments

Neutralizing Antibodies for Emerging Viruses

Resolving the Puzzles of Graphene Superconductivity

A Tool to Speed Development of New Solar Cells

Development of A High-energy-resolution, Lab6 Nanowire-based Field Emission Gun

Quest to Deliver Ultra-fast and Energy Efficient Magnetic Recording Moves Step Closer

Deepmind Simulates Matter on the Nanoscale with AI

Nanotechnology for Genome Editing in Multiple Muscles Simultaneously

Novel Chemical Design Makes Hard Crystals Stretchy

CRISPR/Cas9 Gene Editing Boosts Effectiveness of Ultrasound Cancer Therapy

Precision Sieving of Gases Through Atomic Pores in Graphene

UH Researcher Pushes Limit of When Water Will Freeze

Targeted Nanomedicine Reduces Vascular Lesions, Could Help Prevent Stenosis

Prime Time: First Therapeutic Clinical Trial of C’Dots Underway

A New Mechanism for Generation of Vesicles That Transport Molecules and Vaccine Nanoparticles into Living Cells

Detecting Dopamine in Femtomolar Concentrations

Researchers Create Contamination Test for Dairy Products, Using Technology That Can Be Printed Inside Containers

SLINTEC to Drive Export Revenue for Sri Lanka Through Graphene-based Products

Smart Transformable Nanoparticles Promise Advances in Tumor Diagnoses, Treatment

Breathing Safe: Technology Adds a New Layer of Protection to Ordinary Cloth Masks

Spoiled Oranges Shine Light on Malignant Cells

Predicting High Temperature Bose-Einstein Condensation of Excitons

Researchers Develop a World-first Antibody-drug Delivery System

Light-powered Soft Robots Could Suck Up Oil Spills

A Material Reveals Clues about Superconductivity

HyVIS: Hybrid Synapses to Treat Retinal Dystrophies

Fiber Batteries Power Smart Clothes

A Pair of Gold Flakes Creates a Self-assembled Resonator

Novel Two-step Mechanism Revealed in Two-dimensional Material Formation

Some Polycrystal Grain Boundaries Feel the Heat More Than Others

Shrinking Qubits for Quantum Computing with Atom-thin Materials

Mimicking a Human Fingertip’s Sensitivity and Sense of Direction for Robotic Applications

Artificial Material Protects Light States on Smallest Length Scales

Activating Immune Cells for Cancer Nano-immunotherapy

Flu Virus Shells Could Improve Delivery of mRNA into Cells

New Plant-based Drug Testing System to Help Cut Down on Animal Testing

Intelligent Transistor Developed at TU Wien

New Transparent Aerogel “Sponge” Spikes the Solar Power Ball

Memristive Spintronic Neurons: Combining Two Cognitive Computing Nano-elements into One

Researchers Shrink Camera to the Size of a Salt Grain

MXene Nanomaterials for Future Solar Energy Technologies

Leading Researchers Publish New Definition of Quantum Nanoscience

3D Laser Nanoprinters Become Compact

Airy And Efficient: Photocatalyst Made from an Aerogel

Quantum Computers Getting Connected

Immune System-stimulating Nanoparticle Could Lead to More Powerful Vaccines

Using Green Tea as Reducing Reagent for the Preparation of Nanomaterials to Synthesize Ammonia

UCF Researchers Develop Rapid, Highly Accurate Test to Detect Viruses Like COVID-19

Innovative Silicone Nanochip Can Reprogram Biological Tissue in Living Body

Mobile Molecular Robots Swim in Water

What the Well-dressed Spacecraft Will Be Wearing

'Squeezed' Light Might Produce Breakthroughs in Nano-sized Electronics

Artificial Vision Device Capable of Mimicking Human Optical Illusions

Chemists Design "Molecular Sea of Flags"

Creating Coherent Motion Based on Coordinated Microscopic Movements

Exploding and Weeping Ceramics Provide Path to New Shape-shifting Material

Using Metal Nanoparticles to Fight SARS-CoV-2

Desalination with Carbon-Nanotubes to Help Solve Global Water Issues

For the First Time, DNA and Proteins Sensed by De Novo-Designed Nanopore

Using The Principle Behind Coffee Ring Effect in Quantum Dot Arrays

Chemical Researchers Invent Bio-petroleum for Sustainable Materials

UMBC Researchers Develop New Approach to Nanoparticles That Stop Internal Bleeding

Tobacco Mosaic Virus Nanoparticle-based Novel COVID-19 Vaccine Candidate

Improving Solar Cells with Pristine Graphene on Lead Iodide Films

“Magic Wand” Reveals a Colorful Nano-World

New Ultrahard Diamond Glass Synthesized

Zooming in on the Future of Microscopy

The Application of Nio/Graphene as an Electrocatalyst in Fuel Cells

Peeking Into a Chrysalis, Videos Reveal Growth of Butterfly Wing Scales

TU Delft Creates One of the World’s Most Precise Microchip Sensors – Thanks to a Spiderweb

Nanograins Make for A Seismic Shift

Salvaging Rare Earth Elements from Electronic Waste

Mystery of High-performing Solar Cell Materials Revealed In Stunning Clarity

SUTD Researchers Made Ultra-sensitive Cancer Detector from 2D Materials

By Keeping Ferroelectric ‘Bubbles’ Intact, Researchers Pave Way for New Devices

Two Is Better Than One: Single-atom Dimer Electrocatalyst for Green Hydrogen Production

Virtual Fluid for the Description of Interfacial Effects in Metallic Materials

Understanding the Nanostructure Formation in Block Copolymer Thin Film

Getting Quantum Dots to Stop Blinking

IMDEA Nanociencia Warms up Engines for the Nanocar Race II, the World’s Smallest Car Race

This Light-powered Catalyst Mimics Photosynthesis

What's Next for Graphene in the Construction Industry?

Using Nanotechnology to Monitor Blood Glucose with Graphwear

Smart Textiles: High Performance, Breathable Fabric to Power Small Electronics

New Material Could Be Two Superconductors in One

Ultrathin Solar Cells Get a Boost

Nanoscale ‘Computer’ Controls Function of Protein, Influences Cell Behavior

New 10-minute Test Detects COVID-19 Immunity

Nanotechnology Offers Pain Relief for Tooth Sensitivity

New Coating Strategy Improves Performance of Neural Electrodes

Scientists Develop Promising Vaccine Method Against Recurrent UTI

Airy Material with Explosive Power

Could Liposomes Be the Unsung Heroes of the Pandemic?

See Incredible Transformation of Paralyzed Mice Given Nanofibers in 4 Week Study Breakthrough

A Nanoantenna for Long-Distance, Ultra-Secure Communication

Development of Multimodal Real-time Methods for In-line Nanomaterial Characterization

Cancer Cells Use ‘Tiny Tentacles’ to Suppress the Immune System

Visualizing Temperature Transport: An Unexpected Technique for Nanoscale Characterization

Graphene-like 2D Material Leverages Quantum Effects to Achieve Ultra-low Friction

What’s in a Flame? The Surprising Mystery of How Soot Forms

Weak Bonds a Strength in Making Borophene

Quantum Confinement Discovered in Porous Nano-photocatalyst

Shape-morphing Microrobots Deliver Drugs to Cancer Cells

Nested Nanowells Speed Single Cell Studies

Competing Quantum Interactions Enable Single Molecules to Stand Up

Simple Silicon Coating Solves Long-standing Optical Challenge

New Imaging Method Gives Live Glimpse into How Cells Work

New Scalable Method Resolves Materials Joining in Solid-state Batteries

Identifying Individual Proteins Using Nanopores and Supercomputers

New Sensor Detects Ever Smaller Nanoparticles

Synthesizing Nanomaterials from Nature’s Blueprints

Rice Tapped to Develop 3D-printed ‘Smart Helmets’ for The Military

Advanced Wound Dressings to Change How Burns Are Treated in Children

Southampton Researchers Kill Bugs with Nanoparticles

Lithography-free Carbon Nanotube Arrays: The Sway to Grow an Army of Tiny Superheroes

Rusnano Tests Made-in-Russia CIGS Solar Tiles

Large-scale Synthesis Methods for Single-atom Catalysts for Alkaline Fuel Cells

AI Algorithm Provides Better Way to Search and Build Nanoporous Materials

Team Engineers New Way to Get Medication Past Blood-brain Barrier

New Nanocomposite Improves Solar Evaporation for Water Purification

An Innovative Imaging Technique for Dynamic Optical Nanothermometry

Intracellular Temperature Sensors: Protein Complex Exhibits Temperature-sensitive Activity

Fine Cubic Cu2O Nanocrystals Serve as Highly Selective Catalyst for Propylene Oxide Production

Synthesis of Crystalline Nano-graphene Indicating Magnetic Properties after 70 Years

Materials Advancement Accelerates the Realization of AI Technology

Researchers Develop CRISPR-based Rapid Diagnostic Tool for SARS-CoV-2

Nanoporous Polymers Promise Advancements in Water Purification and Sensors

3D Printing Nanoresonators: Towards Miniaturized and Multifunctional Sensors

World Record Broken for Thinnest X-ray Detector Ever Created

Design Could Curb Overheating, Up Performance of Soft Electronics

Fluorescent Dot Synthesis Gets an Eco-friendly “Glow Up”

New Ultra-high Material Efficient, Low-cost Solar Cells — Using Nanowires

Putting The Magnifying Glass on The New Proshares Nanotechnology ETF

New Method to Predict Stress at Atomic Scale

Disorder in Surface Materials Key to Better Hydrogen Storage

Chemists Synthesise the Smallest Nano-sized Particles to Detect Heavy Metal Ions in Water

Scanning a Single Protein, One Amino Acid at a Time

Scientists Develop Microscopic Calibration Tool with Fluorescent Nanodiamonds

Exotic Magnetic States on the Nanoscale

Nanoscale Self-assembling Salt-crystal ‘Origami’ Balls Envelop Liquids

Quantifying Spin for Future Spintronics

Graphene Research Sounds out New Possibilities for Electronic Technologies

A New Way to Generate Light Using Pre-existing Defects in Semiconductors

Physicists Discover Novel Quantum Effect in Bilayer Graphene

A New Dimension in Magnetism and Superconductivity Launched

Color-changing Indicator Predicts Algal Blooms

Next-gen Semiconductor Manufacturing Tech Wins Doe National Pitch Competition

“Towards Straintronics: Guiding Excitons in 2D Materials” — CCNY & Partners Make Breakthrough

Towards Self-restoring Electronic Devices with Long DNA Molecules

A Powerful Tool for Photonics Research

Microscopic Nanotech Color Slides Could Change How We Identify Disease

Neutrons – ‘Stretchier’ Alloys

High-speed Laser Writing Method Could Pack 500 Terabytes of Data into CD-sized Glass Disc

Polymer-coated Nanoparticles to Promote Drug Delivery to the Brain

Mary Rose Warship to be Preserved Using Magnetic Nanoparticle-based Treatment

Tuneable Catalysis: Solving the Particle Size Puzzle

Bacteria, Viruses, Chemicals: New Composite Fabric Protects Against Them All

Smart Material Switches Between Heating and Cooling in Minutes

Spintronics: Exotic Ferromagnetic Order in Two-dimensions

EspLORE: Extending the Science Perspectives of Linear Wires of Carbon Atoms from Fundamental Research to Emerging Materials

Stacking the Deck - Layers of Crystalline Nanosheets Enable Tunable Electronic Properties

Researchers Discover Predictable Behavior in Promising Material for Computer Memory

ZJU Scientists Identify G-Exos as a Nanocarrier for miRNA Transfer to Stimulate Neural Differentiation of Stem Cells

Nano Concrete Mix - Health Risks and Environmental Impacts

On-water Creation of Conducting MOF Nanosheets

Flexible Device Could Treat Hearing Loss without Batteries

Chemist Creates Reusable Nano Filters for Wastewater

Rochester Researchers Set ‘Ultrabroadband’ Record With Entangled Photons

Carbon Nanotubes Could Help Electronics Withstand Outer Space's Harsh Conditions

New Photocatalyst Produces Ammonia from Atmospheric Nitrogen at Room Temperature without Fossil Fuels

NTU Singapore Scientists Create Device That Uses ‘Light Tweezers’ to Trap and Move Viruses

Stabilized Blue Phase Crystals Could Lead to New Optical Technologies

Researchers Move Closer to Controlling Two-dimensional Graphene

New Green Nanofilter Can Clean Water from Toxic Dyes

Tube-inn-tube Structure Going Strong

Magnetic Material 3D-printed from Nonmagnetic Powder

Ferritin-based Nanomedicine Developed for Targeted Leukemia Therapy

Imaging the Chemical Fingerprints of Molecules

The Secret of Ultralight But Stiff Sandwich Nanotubes

Nature-inspired Coatings Could Power Lab-on-a-chip Devices for Rapid, Inexpensive Medical Tests

UQ Research Unlocks the Technology to Produce Unbreakable Screens

Controlling Light with a Material Three Atoms Thick

Experiments Confirm a Quantum Material’s Unique Response to Circularly Polarized Laser Light

Amidst Imports, Sri Lanka Developed Nano Fertilizers 11 Years Ago

‘Nanozyme’ Therapy Prevents Harmful Dental Plaque Buildup

A New 3D Printing Frontier: Self-powered Wearable Devices

Shedding Light on Nature’s Tiniest Building Blocks

Novel Advanced Light Design and Fabrication Process Could Revolutionize Sensing Technologies

This Pyramid Scheme Could Be Helpful

Safe Engineering of Therapeutic Cells with Photothermal Nanofibers

New Chiral Nanostructures to Extend the Material Platform

Slow Release of a Drug, TT-10, Improves Heart Attack Recovery in a Mouse Model

Electrical Control over Designer Quantum Materials

Edgy Light on Graphene May Bring New One-way Information Routers

Under Arrest: Using Nanofibers to Stop Brain Tumor Cells From Spreading

Chip-based Optical Tweezers Levitate Nanoparticles in a Vacuum

Carbon Nanotube-based Sensor Can Detect SARS-CoV-2 Proteins

Spaceship Electronics Could Be Protected from Radiation by Carbon Nanotubes

Enhanced Touch Screens Could Help You ‘Feel’ Objects

Unmasking the Magic of Superconductivity in Twisted Graphene

New Point Spread Functions Developed for Particles 3D Tracking

Fingerprinting Proteins with Force

How Pearls Achieve Nanoscale Precision

Sharpest Images Ever Reveal the Patchy Face of Living Bacteria

Plugging into Ocean Waves with a Flexible, Seaweed-like Generator

Using AI to Provide the World with Drinking Water

Stronger, Lighter, Better: Nanotwinned Titanium Forges Path to Sustainable Manufacturing

Scientists Design Nanoparticles That Communicate with Cancer Cells

Concordia Researchers Develop a New Way to Find Cancer at the Nanometre Scale

New Sensor Detects Low Air Humidity

Scientists Develop a Path-setting Method to Enable Vast Applications for a Promising Nanomaterial

Anticorrosion Coating Sets New Benchmark

Researchers Develop Novel Targeted Nano-immunostimulant for Cancer Immunotherapy

Targeting Cancer at the Nanoscale

First Controllable Nanoscale Gas-liquid Interface Fabricated

Monitoring Glucose Levels, No Needles Required

New Optical Switch up to 1000x Faster Than Transistors

Accelerating the Discovery of New Materials for 3D Printing

Concordia Researchers Develop Self-healing Polymers for Cracked Cellphone Screens

How Nanotechnology Will Help Us Probe the Brain in Unimaginable Detail

Scientists Synthesize Double Perovskite Nanocrystals with Bright Emission Based on Triplet Self-Trapped Excitons

IIT Delhi Researchers Develop Device to Generate Electricity from Raindrops, Ocean Waves

Researchers Propose New Strategy for Interfacial Modification of Organic Solar Cells

Imaging Technique Reveals Strains and Defects in Vanadium Oxide

New Nanowire Architectures Boost Computers' Processing Power

Storing Hydrogen with Silicon-carbide Nanotubes

A New Twist on 2D Materials May Lead to Improved Electronic, Optical Devices

Scientists Develop New Strategy That Rapidly Quantifies Transmissibility of COVID-19 Variants

Nanoscale Lattices Flow from 3D Printer

How to Program DNA Robots to Poke and Prod Cell Membranes

A New Method – Inspired by Kid’s Pop-up Books – for Making 3D Artificial Tissue

Holey Metalens! New Metalens Focuses Light with Ultra-deep Holes

It’s All In the Delivery – Antibodies Improve Nanoparticle Delivery of Therapeutic Nucleic Acids

Crafting A “Sponge” for Adsorbing and Desorbing Gas Molecules

UH Engineer Reports Advance in Rapid Cancer Detection and Monitoring

Scientists Develop New Strategy That Rapidly Quantifies Transmissibility of COVID-19 Variants

Scientists Aim to Improve Solar Cells with Nanomaterials

Nanosilver No ‘Silver Bullet’

Researchers Use AI to Develop Tool for Predicting Cancer Nanomedicine Outcomes

AFRL Nano Team Takes Lead in Building Stronger Ties with India

New £2m Equipment Will Help Physicists Unlock the Potential of Next-generation 2D Materials

Chemist Develops Synthetic Materials for Energy-saving Applications

Controlling Thin Films with Atomic “Spray Painting”

A Rare Feat: Material Protects Against both Biological and Chemical Threats

New Nanostructure Could be the Key to Quantum Electronics

Cities' University Students Win Canadian Award for Nanotechnology to Make Herbal Pesticides

Graphene in Space: Wonder Material Strengthens New Space Habitat Prototype

A DNA Robot That Walks on the Surface of Cells

Revealing the Secrets of Ground Beetle Wing Casings

20-Year Trend in Nanomaterials Publications

ITMO Researchers Develop Special Ink for Anti-counterfeiting Protection

New Sensor for SARS-CoV-2 and Other Viruses Based on GSI Nanotechnology

Skyrmion Research: Braids of Nanovortices Discovered

Novel Quantum Effect Discovered in Naturally Occurring Graphene

Modelling Nonequilibrium Nanoscale Junctions with Steady-state Density Functional Theory (DFT)

Tiny Bubbles Can be Future Treatment for Inflammation

DNA Sensor Quickly Determines Whether Viruses Are Infectious

Cold Spray to Help Keep Turbines Spinning

Silicon Anodes Muscle in on Battery Technology

Smuggling Light through Opaque Materials

Can Butterfly Wings Help Detect COVID-19 Faster?

New Sulphur Chemistry Possible Key to Greener Batteries

HKU Engineering Makes Breakthrough in Droplet Manipulation

Runners and Athletes with Torn Ligaments Promised New Treatment by Irish Scientists in €1m Development

Physicists Snap First Image of an ‘Electron Ice’

How Vietnam’s Nanodragon Nanosatellite is Helping to Level the Aerospace Playing Field

Innovative Sensor Specifically and Precisely Detects Molecule

Pinch the Salt: Dissolved Salt Can Reassemble at Nanoscale, Simulations Say

Researchers are Using Gassy, Explosive Bacteria to Destroy Cancer Cells

Induced Flaws in Quantum Materials Could Enhance Superconducting Properties

New Way to Simulate Hydrogen Storage Efficiency of Materials with High Accuracy

NANO-LPPO – New Nanomaterial for Treatment of Skin Infections

The Applications of Nanomaterials Against Viral Disease

Novel Fluorescence Imaging Assay Gives New Insight to Develop Biomimetic Nanoparticles for Targeted Cancer Therapy

Ultrathin Quantum Dot LED That Can be Folded Freely as Paper

From Recycling to Upcycling: A Smarter Way of Dealing with Plastic

AI-Driven Dynamic Face Mask Adapts to Exercise, Pollution Levels

Tracking Muscle Activity with Clothes on your Back

An Innovative Way to Deliver Drugs Using Nanocrystals Shows Potential Benefits

Artificial Opals Measure Temperature and Time: Researchers in Bayreuth Discover Novel Sensors

Novel 'Nanosized' Drug Carriers Tamp Down HIV in the Brain and other Remote Tissues in Mice

UK-wide Facility to Test for Future Health Nanotechnologies

Interface Engineering for a Stable, 23.4% Efficient Perovskite Solar Cell

How to Defend Against the Electromagnetic Pulse Threat by Literally Painting Over it

Will Twisted Superconducting Flakes Make Better Components for Quantum Computers?

Hyperbranched Polylysine Nanopolymer as Potential Broad-spectrum Antiviral against SARS-CoV-2

New Filtering Method Promises Safer Drinking Water, Improved Industrial Production

Unprecedented View of a Single Catalyst Nanoparticle at Work

New Nanoparticle Developed for Intravenous Cancer Immunotherapy

A New Solid-state Battery Surprises the Researchers Who Created it

FAU Physicists Control the Flow of Electron Pulses Through a Nanostructure Channel

Design of mRNA Vaccines to Combat COVID-19

COVID Vaccine Pioneers and Others Win 2021 Lasker Awards in Medicine

1D-NEON Project to Develop Fiber-based Smart Materials

Nanocellulose Decorated with Proteins is Suitable for 3D Cell Culturing

Smart Fluids: Why are they ‘Smart’?

Microneedle Patch Delivers COVID-19 DNA Vaccine; Doesn’t Require Cold Storage

Onconano Medicine Announces Expanded Research Collaboration with UT Southwestern Medical Center to Advance Development of New Cancer Therapies

One Direction: Signature Approach Reveals Prized Property in Nanoscopic Material

Researchers Explain How Nanomaterial Aids Antibody Response

3D Nano-inks Push Industry Boundaries

Cool It: Nano-scale Discovery Could Help Prevent Overheating in Electronics

Pioneering Software Can Grow and Treat Virtual Tumours Using AI

Tiny Nanoparticles Improve Charge Transport

AI Tool Accelerates Discovery of New Materials

Scientists Demonstrate Pathway to Forerunner of Rugged Nanotubes That Could Lead to Widespread Industrial Fabrication

HKU Engineering and Dentistry Collaborative Study Reveals Nanodiamonds to Be an Effective Agent in Tackling Oral Infections

From ‘Magical’ Superfluid to Synthetic Biology, Students Excel in Nanotechnology

The Nanophotonics Orchestra Presents: Twisting to the Light of Nanoparticles

Tiny Porous Crystals Change the Shape of Water to Speed up Chemical Reactions

Adenovirus-based Nanoparticle Vaccine Elicits Potent SARS-CoV-2 Neutralizing Antibody Response

“Having Less Than Nothing” – New Particles of Negative Mass Discovered

Researchers Advance the Use of Nanoparticles to Deliver HIV/AIDS Drugs to the Brain

Enclosing Radiation-loaded Particles to Better Seek and Destroy Cancer

Cholesterol Jab: Why Gene Silencing Drugs May Work Better Than Current Treatments

Halberd's Treatment Eradicates Primary Building Block of Alzheimer’s Disease

Minotour: A Real-time Monitoring Platform to Analyze SARS-CoV-2 Nanopore Sequencing

Can Graphene Valleytrionics Pave the Way to Household Quantum Computers?

New Nano Particles Suppress Resistance to Cancer Immunotherapy

University of Washington and Microsoft Researchers Develop “Nanopore-Tal” Enabling Cells to Talk to Computers

Researchers Infuse Bacteria with Silver to Improve Power Efficiency in Fuel Cells

Gamechanger for Clean Hydrogen Production, Curtin Research Finds

UNSW Scientists Solve Decade-Old Graphene Oxide Puzzle

Antibacterial Nanozymes: Healing Chronic Wounds with Nanochemistry

To Colonize Different Environments, Bacteria Precisely Tune Their Nanomotors

Gd-doped Nanoclusters Help Imaging of Early Orthotopic Cancer

Yang Leads $1.8M Quantum Physics Research Project

Grow and Eat Your Own Vaccines?

Magnetism Generated in 2D Organic Material by Star-like Arrangement of Molecules

Scientists Explore the Creation of Artificial Organelles

COVID-19 Killing Coating a Spray Away

First Observation of High-harmonic Generation in Robust, Refractory Metals

Researchers Find a New Way to Control Magnets

The Next Generation of Glowing Plants

Just by Changing its Shape, Argonne Scientists Show They Can Alter Material Properties

A Smart Use for Doping: Implanted Atoms Create Unique Electrical IDs That Distinguish Bona Fide Devices From Forgeries

The Future of Removing Microplastics from Water with Nanotubes

Enertopia Nanoparticles Project to Receive DOE Funding

These Fridge-free COVID-19 Vaccines Are Grown in Plants and Bacteria

Researchers Design Sensors to Rapidly Detect Plant Hormones

Victoria Will Soon Be Able to Manufacture mRNA Vaccines, Thanks to Nano Technology

Ultrathin Self-healing Polymers Create New, Sustainable Water-resistant Coatings

Solar Cells with 30-year Lifetimes for Power-generating Windows

ITMO Scientists Create Water-resistant Perovskite Nanocrystals

New Laser Captures Energy like Noise-cancelling Headphones

How a Plant Virus Could Protect and Save Your Lungs from Metastatic Cancer

Ultrasound at the Nanometre Scale Reveals the Nature of Force

Good for Groundwater – Bad for Crops? Plastic Particles Release Pollutants in Upper Soil Layers

Scientists Design Lead-free Rare-earth-based Double Perovskite Nanocrystals with Near-infrared Emission

Quantum Materials Cut Closer Than Ever

Scientists Develop Compact Nanolaser with Unique Properties

An Insulator Made of Two Conductors

Reconfigurable Metasurfaces Provide Nanoscale Light Control

Virus-like Nanoparticle Vaccine Effective Against SARS-CoV-2 in Animal Model

Nanoparticles-assisted Delivery of Antiviral-siRNA for Treatment of COVID-19

ITMO Researchers Create Nanoparticle Paste to Maximize Perovskite Solar Cell Efficiency

Quantum Entanglement of Three Spin Qubits Demonstrated in Silicon

UCF Researchers Create Water-repellent Nanomaterial Inspired by Nature

'Anti-Rust' Coating for Plants Protects Against Disease with Cellulose Nanofiber

Making Catalytic Surfaces More Active to Help Decarbonize Fuels and Chemicals

High-energy Shape Memory Polymer Could Someday Help Robots Flex Their Muscles

Researchers Develop Efficient Method to Prepare Silicon Nanowires Electrodes from Photovoltaic Silicon Waste

Stretching the Capacity of Flexible Energy Storage

Taming ‘Tubes: For Computer Chips, New Technique Puts Carbon Nanotubes Squarely in Their Place

How Confined Protons Migrate

Pivotal Discovery of Nanomaterial for Leds

Scientists Unravel the Mysteries of Irreversibility in Electrochromic Thin Films

Nanofiber Face Masks Improve Filtration Efficiency, Need Replacing More Often

Researchers at University of Limerick Help Create ‘Brain-inspired Computing Architecture’

Exosome Nanoporator: A Nanofluidic Device to Develop Exosome-based Drug Delivery Vehicles

New Opportunities for Light-powered Battery and Fuel Cell Design

Physicists Engineer New Property Out of “White” Graphene

Living Sensors Probe Mysteries of the Gut

New Molecular Device Has Unprecedented Reconfigurability Reminiscent of Brain Plasticity

A Breakthrough in Catalysts: Smaller than Nanoscale

SMART Researchers Design Novel Sensors to Detect Plant Hormones

Researchers Use Gold Film to Enhance Quantum Sensing With Qubits in a 2D Material

Tougher and Lighter Dental Implant Crowns Can be Made of Cellulose-based Nanocomposites

New Substance Classes for Nanomaterials: Nano Spheres and Diamond Slivers Made of Silicon and Germanium

Graphene Made with Lasers for Wearable Health Devices

Long-Lasting Disinfectant Promises to Help Fight Pandemics

Quantum Emitters: Beyond Crystal Clear to Single-photon Pure

Actuator Discovery Outperforms Existing Technology

Nano ‘Camera’ Made Using Molecular Glue Allows Real-time Monitoring of Chemical Reactions

New Study Shows How Engineered Nanomaterials Degrade, Persist in Environment

Light-induced Shape Shifting of MXenes

Sieving Ions with a Polymer Membrane

Toward Scaling Up Nanocages to Trap Noble Gases

Modulation to Sonoluminescence Achieved in Presence of Carbon Nano-dots in Water

Hidden Bacterial Hairs Power Nature’s ‘Electric Grid’

How Ant Teeth Cut Like a Scalpel

Atomistic Simulations and AI-Based Findings Shed Light on Nanoscale Therapeutics and New Brain Sensors

Catch Me If You Can: A Revolutionary Method to Study Single Proteins

Anchoring Single Atoms

A New Approach Creates an Exceptional Single-Atom Catalyst for Water Splitting

Smart Plaster Could Accelerate the Healing of Chronic Wounds

Ultrafast Electron Microscopy Leads to Pivotal Discovery

Atomic Snapshots Show Fast Ion Migration in Ultra-Thin Clays

Adding Foreign Atoms to Graphene Does Wonders to Boost its Properties

Scientists Discover a New Type of Infrared Polaritons at the Surface of Bulk Crystals

‘Smart’ Shirt Keeps Tabs on the Heart

Researchers Unveil Unusual Bandgap Renormalization in 2D Inorganic Lead-Halide Perovskite Nanoplatelets

Rapid Test Could ID High-Risk Pregnancies, Enable Early Intervention

Highly Conductive and Elastic Nanomembrane for Skin Electronics

Engineers Create Double Layer of Borophene for First Time

Light-Matter Interactions Propel Quantum Technologies Forward

Nanoscale Systems for Generating Various Forms of Light

Improvements in Skin and Nail Drug Delivery Using Nano Formulations

Graphene Veils May Hold the Secret to Conserving Priceless Works of Art

Non-Magnetic Shell Coating of Magnetic Nanoparticles as Key Factor for Cytotoxicity

New Form of Carbon Tantalises with Prospects for Electronics

Researchers Invent World's Smallest Biomechanical Linkage

‘Nanojars’ Capture Dissolved Carbon Dioxide, Toxic Ions from Water

Janus Graphene Opens Doors to Sustainable Sodium-Ion Batteries

DNA Molecules Extraction Made Possible With Nanopore Instead of Merely Detecting Diseases and Genetic Disorders

Nizwa University Registers Patent for IBD Drug

Creation of the Most Perfect Graphene

Machine Learning Links Material Composition and Performance in Catalysts

Atomically-Thin, Twisted Graphene has Unique Properties

Smallest Biosupercapacitor Provides Energy for Biomedical Applications

Nanotechnology Provides Novel Solutions Against Zoonotic Viruses

Breakthrough in Sizing Nanoparticles Using Fluid-Filled Tubes

New Argonne Method Greatly Improves X-Ray Nanotomography Resolution

Layered Graphene With a Twist Displays Unique Quantum Confinement in 2D

Why is Pancreatic Cancer So Hard to Treat?

Hydrogen as a Sustainable Source of Renewable Energy

Groundbreaking Visualization of Atomic Movements

Highly-durable Biomimetic Nanotrough Electrodes Developed for Proton Exchange Membrane Fuel Cells

Scientists Distill Cow’s Milk into Nano-capsules for Drug Delivery

Polymer Electrolytes for All-Solid-State Batteries without Dead Zones

HKUST Researchers Develop a Photo-rechargeable Lead-free Perovskite Lithium-ion Battery That Generates Energy and Stores Battery on a Single Device

Superconducting Nanowire Single-photon Detectors: Next Big Thing in Blood Flow Measurement

Scientists Develop Chip-based Digital PCR Detection Technology and Instrument

New Bioresponsive MTN System Clears an Invasive Fungi In Vivo; Advances Fight Against Fungal Infections

A Peculiar State of Matter in Layers of Semiconductors

Home-grown Semiconductors for Faster, Smaller Electronics

New Study Finds Plastics Are a Tad Rubbery, Paving the Way for Better Products

To Reduce Vehicle Pollution, A Single Atom Can Do the Work of Several

Nanopores: the How and the Why (and Hopefully the Where)

The Nanoparticle Ingredient for Australian-Made COVID Tests

Aided Eye: Neural Network Helps Augment 3D Micro-CT Images of Fibrous Materials

'Green Electrospinning' Process Has Potential to Transform Biofabrication

Scientists Harness Human Protein to Deliver Molecular Medicines to Cells

UMaine Researchers to Develop Enhanced Fish Vaccines with Nanocellulose

New Platinum-based Nano-drugs Can Combat Glioblastoma Drug Resistance

Moderna Set to Start Human Trials of Experimental mRNA HIV Vaccine

‘[email protected]’ Catalyst That Controls Chemical Reactions with Light

New Exotic Magnetic Quasiparticle "Skyrmion Bundle" Joins Topological Zoo

Fighting Fungal Infections: Giant Leaps for Smart Nanotech

Scientists Develop Sensitive GSEM-based Bionic Airflow Sensor

Nanocluster Discovery will Protect Precious Metals

Best of Both Worlds — Combining Classical and Quantum Systems to Meet Supercomputing Demands

Woven Nanotube Fibers Turn Heat Into Power

Heavily Enriched: An Energy-Efficient Way of Enriching Hydrogen Isotopes in Silicon

Next Generation Electronics: Expanding the Possibilities with Silver Nanowires

"Thermal Switches" Dynamically Moderate Heat of Electronic Devices

Emergent Magnetic Monopoles Controlled at Room Temperature

Dendrimers: The Tiny Tentacles Shown to Evade Our Immune Response

Why Boiling Droplets Can Race Across Hot Oily Surfaces

One-dimensional Red Phosphorous Glows in Unexpected Ways

Novel Nanotechnology Found to Enhance Fight Against Colorectal Cancer and Melanoma

NIST Looks to Perform AI, Nanotechnology Lab-to-Market Study

Using Conductive Nanomaterials to Combat Cardiovascular Disease

Patterning Silicon at the One Nanometer Scale

Tuning Gold Nanoclusters for Targeted Gastric Cancer Therapy

Tiny Bubbles: Treating Asthma with Gene Silencing Nanocapsules

Nanotech Energy Announces $64M Series D Funding to Scale Its Proprietary Non-flammable, High-performing Graphene-organolyte™ Batteries

New Findings about Spider Silk Open up for Industrial Use

Magnetic Patterns Hidden in Meteorites Reveal Early Solar System Dynamics

Treating the ‘Root’ Cause of Baldness with a Dissolvable Microneedle Patch

Miller School Researcher Publishes Breakthrough Findings on Nanoparticle Delivery of HIV/AIDS Medications to Brain

Graphene Binds Drugs Which Kill Bacteria on Implants

Graphene Nanotubes Allow Prosthetic Hands to Use Touchscreens

Study Shows Simple Blood Test Could Detect Liver Injury Earlier

Lighting the Way for Nanotube Innovation

LLNL Optimizes Flow-through Electrodes for Electrochemical Reactors with 3D Printing

Silica Nanostructure with Chemo-Enzymatic Compartmentalization

Using Carbon is Key to Decarbonizing Economy

Exploring the Limits of Light–matter Coupling at the Nanoscale

Researchers Reveal Anticancer Property of Nanomaterials with Mitosis-targeting Mechanism

Researchers Develop Nanofibrous Filters That Can Capture and Kill Airborne Coronaviruses Under Visible Light Irradiation

New Electronic Paper Displays Brilliant Colours

Tulane Researchers Design Nanotechnology Blood Test to Find Hidden COVID-19 Infections

New Device Can Diagnose COVID-19 from Saliva Samples

Nasal Spray Vaccine That Uses Nanoparticles Fights All Flu Strains — and Potentially COVID, Too

Effective EMI Shielding Behaviour of Thin Graphene/PMMA Nanolaminates in the Thz Range

Detecting Vulnerable Plaque with a Laser-induced Whisper

Nanomaterial-based Delivery Vehicles for Cancer Vaccine Development

Striking Gold: A Pathway to Stable, High-Activity Catalysts from Gold Nanoclusters

A Promising Breakthrough: Nanocrystals Made of Amalgam

Decades of Research Brings Quantum Dots to Brink of Widespread Use

Professor Lars Jeuken Wants to Use Bacteria for Sustainable Fuel

Flexible, Wearable X-Ray Detector Doesn’t Require Heavy Metals

Using Graphene Foam to Filter Toxins from Drinking Water

Astonishing Diversity: Semiconductor Nanoparticles Form Numerous Structures

A Dissolvable Smartwatch Makes for Easier Electronics Recycling

Nanomaterials to Decontaminate Water

Carbon Nanotubes Flex as Qubits

Nanotech Device Can Detect Risk for Serious Complication during Pregnancy

BAM Develops Methods for Quantitative Measurements of Luminescent Nanocrystals

Pulsed Lasers in Liquids Speed Up the Hunt for Effective Catalysts

A Novel Route to Energy Saving Technologies in the IT Sector: Controlling Ferrimagnets by Voltage

Near-Atomic Look at Three Ways to Thwart SARS-CoV-2 Variants Points to Therapeutic Possibilities

US Nanomaterial Company Develops Rare Earth Alloy for $1/Kg Hydrogen Production

Implant Shows Extreme Promise for Regenerating Bone

Nanoparticles Could Boost Immunotherapy

Mimicking Brain Functions with Graphene-diamond Junctions

Researchers Kick-Start Magnetic Spin Waves at Nanoscale in Pursuit of Low Energy Computing

Machine Learning Provides a Shortcut to Simulate Interactions in Materials for Solar Energy Harvesting

Research Snapshot: Vanderbilt Engineer the First to Introduce Low-power Dynamic Manipulation of Single Nanoscale Quantum Objects

Highly Potent, Stable Nanobodies Stop SARS-CoV-2

A Reversible Male Contraceptive, Targeted to the Testes with Magnets

Tracking the Movement of a Single Nanoparticle

Device Cracks Milk Protein

Finding New Types of 2D Material Defects Could Enable Better Electronics

Soft Skin Patch Could Provide Early Warning for Strokes, Heart Attacks

Fighting SARS-CoV-2 with Nanomedicine

Thinnest CD-RW: Atomic-Scale Data Storage Possible

Biocompatible Thin Film: Heating Tissue with Surgical Precision to Kill Cancer

Enabling Safe Delivery of RNA Drugs to the Lungs

Novel Method of Imaging Silicon Anode Degradation May Lead to Better Batteries

UCF Researchers Develop New Nanomaterial to Derive Clean Fuel from the Sea

Scientists Discover a New Type of Material in Very Thin Films of Glass

Research Reveals Advantage of 2D Metal-organic Framework Nanosheets in Sensing Applications

Bioplastic Made of Nanocellulose and Mango to Improve Food Preservation

DNA Nanotechnology Creates Dynamic Cytoskeleton for Artificial Cells

X-Ray View of Nanostructures

Enhancing Drug Delivery With Ultrasound

“Magic-Angle” Trilayer Graphene May be a Rare, Magnet-Proof Superconductor

Team Lights Promising Way to Future of Solar Panel Production

“Wrapping” Anodes in 3D Carbon Nanosheets: The Next Big Thing in Li-ion Battery Technology

New GEIC Tier 2 Partners Showcase Range of 2D Material Tech

Nanoparticles Create Heat from Light to Manipulate Electrical Activity in Neurons

Nanostructures Enable Record High-harmonic Generation

Coal Mining Waste Material More Than 90 Per Cent Effective at Removing Heavy Metal

Zero-dimensional Molecular Sieve Membranes Enhance Gas Separation Selectivity

Microbially Produced Fibers: Stronger Than Steel, Tougher Than Kevlar

New Framework Applies Machine Learning to Atomistic Modeling

Novel Self-healing Materials Developed for Testing on the International Space Station

Solar Cells: Layer of Three Crystals Produces a Thousand Times More Power

The Mathematics of Repulsion for New Graphene Catalysts

Scientists Create World’s Thinnest Magnet

IUPUI Researchers Discover New High-tech Nanoparticles

Engineers Build Nanostructures That Fight Inflammation

Chemistry Discovery Could Remove Micropollutants from Environment

Scientists Shuffle Atomic Layers Like Playing Cards to Make New Quantum Materials

Composite Piezoelectric Materials Extracted from Common Waste Products

The Hidden Culprit Killing Lithium-Metal Batteries from the Inside

Hollow Nano-objects Made of DNA could Trap Viruses and Render Them Harmless

A Noninvasive Test to Detect Cancer Cells and Pinpoint Their Location

Unlocking Efficient Light-energy Conversion with Stable Coordination Nanosheets

Nanosphere at the Quantum Limit

New Mechanism of Superconductivity Discovered in Graphene

New Method Makes Vital Fertilizer Element in a More Sustainable Way

Sweet Spot for Membrane Thickness Offers Sustainable Separations

Small Molecule Plays Outsize Role in Controlling Nanoparticle

Acidity-Activatable Dynamic Nanoparticles Boost Ferroptotic Cell Death for Cancer Immunotherapy

LETI's Research Will Help Apply Magnetotactic Bacteria in Oncology

Quantum Physics Helps Destroy Cancer Cells

Sumita Mitra’s Why Our Restored Teeth Are So Strong and Aesthetic

Are Silver Nanoparticles a Silver Bullet Against Microbes?

Lactose-free Milk with Graphene Oxide Based Nano Filtration Membranes

“React and Inject”: Synthetic Peptide-Modified Nanodiamonds as Emergency Pan-Coronavirus Vaccines

A New Diagnostic Tool for Small Tumors in Breasts

Of the Same Stripe: Turing Patterns Link Tropical Fish and Bismuth Crystal Growth

Scientists Discover Nanoclusters Effective for Cancer in the Second Near-infrared Synergy Therapy

Personalized Tumor Vaccines May Solve Tumor Recurrence and Metastasis Challenges

Unlocking Radiation-free Quantum Technology with Graphene

Kenyan Scientist-doctor Creates Reusable Nanomask

Infrared Cameras and Artificial Intelligence Provide Insight into Boiling

Smarter Electronics a Step Closer with Nanotech Advance

UoH-ARCI Team Develops Nano-DAP Fertilizer with Enhanced Agronomic Use Efficiency

The Shape of Nanoparticles in Body Fluids May Help Identify the Type of Cancer

Researchers Use Multivalent Gold Nanoparticles to Develop Efficient Molecular Probe

CNIO Researchers Help to Decipher the Structure of The Large Molecular Machine that Assembles and Activates mTOR

US Military Could Start New Nanotech Tests by 2023

Monolithic Nanocarbon Catalysts Boot H2S Selective Oxidation

Bengaluru Scientists Develop Nano-generators That Harvest Electricity Even from Gentle Hand Tapping

TAU Develops RNA ‘Missiles’ to Directly Target Cancer Cells

Green Environment-friendly Micronano 3D Printing of Hydrogel Proposed in Aqueous Phase

A Next Generation Material for Skin-healing: Nano-scale Borate Bioactive Glass

The Tech Cold War’s ‘Most Complicated Machine’ That’s Out of China’s Reach

Developing New Techniques to Build Biomaterials

New Nanotech from TAU Produces “Healthy” Electric Current from the Human Body Itself

New Microfluidic Device Delivers mRNA Nanoparticles a Hundred Times Faster

IU Researchers Pioneering Noninvasive Technique for Neurological Conditions

Graphene for the Protection of Paintings

Scientists Identify Natural SARS-CoV-2 Super Immunity Against 23 Variants

Amperometric Biosensors Used to Control Diclofenac Content in Food

Graphene Additive Manufacturing for Flexible and Printable Electronics

Scientists to Develop the Coatings for Titanium Implants to Fasten Osseointegration

New Face Mask Prototype Can Detect COVID-19 Infection

Speedy Nanorobots Could Someday Clean Up Soil and Water, Deliver Drugs

Researchers Develop Magnetised Nanobeads to Detect Early-stage Cancer

A World First! Visualizing Atomic-scale Structures with the Optical Force

NYUAD Study Maps Nanobody Structure, Leading to New Ways to Potentially Fight Diseases

Nanomaterials Shape and Form Influences their Ability to Cross the Blood Brain Barrier

Waste Hop Stem in the Beer Industry Upcycled into Cellulose Nanofibers

'Edge of Chaos' Opens Pathway to Artificial Intelligence Discoveries

Growing ‘Metallic Wood’ to New Heights

Super-thin Graphene Is Being Tested on Road Surfaces

Researchers Develop Quantum Dot Smartphone Device to Diagnose and Track COVID-19

Making Colloidal Quantum Dots More Equal

Striking Gold: Synthesizing Green Gold Nanoparticles for Cancer Therapy with Biomolecules

A Template for Fast Synthesis of Nanographenes

Nanostructured Siloxane-based Materials for Novel Plastics and Microelectronics

Advanced Care: Smart Wound Dressings with Built-in Healing Sensors

Discovery of Nanosized Molecules That Might Inhibit Alzheimer’s and Parkinson’s Diseases

Unsinkable Metal Films Can ‘Jump’ out of Water

Stretching Changes the Electronic Properties of Graphene

How Nanotechnology Can Flick the Immunity Switch

Harvard and Manchester Pioneer ‘Soft’ Graphene-containing Electrodes That Adapt to Living Tissue

C-Crete Technologies Awarded $1.5 Million from ARPA-E to Develop Novel Insulating Systems for Energy Infrastructure

How to Shut Down the Power Stations of Cancer Cells

Argonne Researchers Use AI to Optimize a Popular Material Coating Technique in Real Time

How Tiny Gold Particles Injected Into Tumours Could Improve Radiation Treatment for Cancer

Unique Christmas-Tree-Shaped Palladium Nanostructures for Ascorbic Acid Oxidation

South Korean Team to Develop Nanofilm-based "Cell Cage" Technology

Pushing Through Nanopores: Genetic Sequencing with Mxene

Light-harvesting Nanoparticle Catalysts Show Promise in Quest for Renewable Carbon-based Fuels

Quantum Dots Keep Atoms Spaced to Boost Catalysis

Muscling Up with Nanoparticle-based Anti-inflammatory Therapy

New Protein Engineering Method Could Accelerate the Discovery of COVID-19 Therapeutics

New Technology and Partnerships to Aid Scientists Facing Critical Global Challenges

Making Seawater Drinkable in Minutes

Through the Nano Hole: LEGO Technique Reveals the Physics of DNA Transport through Nanopores

Nanotechnology and the Fight Against COVID-19

Charge Transfer Systems As Potential Building Blocks for Future's Electronic Nanodevices

Use of Nanotherapeutics in Treating Coronavirus Diseases

SUTD Researchers Use Nanoscale 3D Printing to Create High-resolution Light Field Prints

A Way to Surmount Supercooling

Sound-induced Electric Fields Control the Tiniest Particles

New Method Using Profragrance Nanoparticles Promises Longer-Lasting Scented Products

Metal Catalysts Used For Environmental Sustainability Found to Degrade and Become Less Effective

Uniforms with Programmable Fiber Could Transmit Data and More

Electricity from Nanochannels

‘Flashed’ Nanodiamonds Are Just a Phase

Lanthanide Nanoparticles Enable Continuous-wave NIR STED Microscopy

Meringue-like Material Could Make Aircraft as Quiet as a Hairdryer

New Light on Making Two-dimensional Polymers

Changing a 2D Material’s Symmetry Can Unlock Its Promise

Stanford Researchers Develop New Manufacturing Technique for Flexible Electronics

Graphene Drum: Researchers Develop New Phonon Laser Design

Atomic-scale Tailoring of Graphene Approaches Macroscopic World

Nanotech OLED Electrode Liberates 20% More Light, Could Slash Display Power Consumption

Nanotech and AI Could Hold Key to Unlocking Global Food Security Challenge

Turkey Presents 'World's Quickest Virus-testing Device' for Use

Nanofabricated ‘Tetrakaidecahedrons’ Could Out-bulletproof Kevlar

Printable Purdue Biosensor Simultaneously Records, Makes Images of Tissues and Organs

Scientists Achieve Ultra-fast Optical Orbiting of Nanoparticles at Subdiffraction Scale

Passing the COVID Test in Just Five Minutes

Mind the Nanogap: Fast and Sensitive Oxygen Gas Sensors

‘Nanodecoy’ Therapy Binds and Neutralizes SARS-CoV-2 Virus

Graphene ‘Camera’ Captures Real-time Electrical Activity of Beating Heart

Trojan Horses and Tunneling Nanotubes: Ebola Virus Research at Texas Biomed Gets NIH Funding Boost

Simple Urine Test May Help Early Detection of Brain Tumors

RUDN University Biologist Tested the Resistance of Bioplastics to Aggressive Environment

Engineering Nanobodies as Lifesavers When SARS-CoV-2 Variants Attack

Solar Energy Collectors Grown from Seeds

Russian Scientists Get Magnetic Nanopowder for 6G Technologies

Sensitive and Specific Detecting Biomarker of Radiation-Resistant Nasopharyngeal Carcinoma

Genetically Engineered Nanoparticle Delivers Dexamethasone Directly to Inflamed Lungs

Hybrid Membrane Doubles the Lifetime of Rechargeable Batteries

Russian Scientists Demonstrate Perfect Light Absorption by Single Nanoparticle

Novel Smart Cement Can Be Used to Build More Durable Roads and Cities

Improving Asphalt Road Pavement with Nano-engineered Particles

Nano-barrier Coating Can Increase the Performance of Composites for Space Applications

Microlight3D Selected for FET-Open European Project Aiming to Combat "Urban Heat Islands" with Nanotechnology

Nematic Transition and Nanoscale Suppression of Superconductivity in an Iron Chalcogenide

Carbon-based Antimicrobial Nanoweapons to Fight COVID-19

‘Wonder Material’ Can Be Used to Detect COVID-19 Quickly, Accurately

PET Imaging Reveals Efficacy of Novel Cancer Treatment

Infrared Imaging by Ultrathin Nanocrystal Layers

Penn Engineers’ Nanoscale Studies Pave Way for “Next-Generation” Lithium-Ion Batteries

TAU Researchers Develop Artificial Gold Nanoparticle to Improve Cancer Treatments

Machine Learning Can Reduce Worry about Nanoparticles in Food

Laser Pulses Make Nanomaterials Sound

In Vivo Protection from Emerging SARS-CoV-2 Variants by Protein Nanoparticle Vaccine

No More Plastic Wrap? Students Create Novel Biobased Packaging for Cucumbers

Rice Lab Peers Inside 2D Crystal Synthesis

Nanoparticle Therapy Shows Early Promise at Preventing a Rare, Fatal Newborn Lung Disease

Nanotech Antimicrobial Mask Blocks 99.9 Per Cent of Germs and Particles

Carbon-based Nanomaterials Show Promising Results Against SARS-CoV-2 and 12 Other Viruses

New Study Presents Tip-induced Nano-engineering of Strain, Bandgap, and Exciton Funneling in 2D Semiconductors

Mixing Solutions in the World’s Smallest Test Tubes

New Adaptable Nanoparticle Platform Enables Enhanced Delivery of Gene Therapies

Novel Compound Reveals Fundamental Properties of Smallest Carbon Nanotubes

Ultra-High-Density Hard Drives Made with Graphene Store Ten Times More Data

Using Light to Monitor Cancer

Absorbent Aerogels Show Some Muscle

The Role of Sex in Nanomedical Studies

Compositional Dependence of Perovskite Nanocrystal Properties

Mag-Neato: Team Advances Understanding, Control of Magnetic Droplets

Scientists Make Quantum Germanium “Islands” Glow with Hundredfold Intensity

Sydney Nano Develops Neuromorphic Sensor for RAAF

Study Provides New Insights into Indoor HCHO Purification by Transition-metal Nanocatalysts

Clean Water for All

NUS Researchers Develop World’s First Blood Test for Real-Time Monitoring of Cancer Treatment Success

World’s Smallest, Best Acoustic Amplifier Emerges from 50-Year-Old Hypothesis

Lighting Hydrogels Via Nanomaterials

Tiny Particles Power Chemical Reactions

New Drug-formulation Method May Lead to Smaller Pills

Scientist Discovers How Leafbirds Make Complex Color-producing Crystals

Shining Light on Two-dimensional Magnets

A Blueprint for Designing and Synthesizing New, Multifunctional Materials

Hexagonal Boron Nitride’s Remarkable Toughness Unmasked

Blood Clot-Busting Nanocapsules could Reduce Existing Treatment's Side Effects

Filter Membrane Renders Viruses Harmless

Scientist Discovers How Leafbirds Make Complex Color-Producing Crystals

Synthesis, Characteristics and Application of Doped Carbon Structures

A New Soft Electronic Material for Human-Machine-Interfacing

New Nanoparticle Design Paves Way for Improved Detection of Tumors

Nanoscale Sensors Measure Elusive Water Levels in Leaves

Inhalation Therapy Against SARS-CoV-2 Virus with Nanotechnology

Graphene-based Nanozyme Helps to Detect L-Cysteine in Serum

Novel Nano-encapsulation Approach for Efficient Dopamine Delivery in Parkinson's Treatment

New Method to Improve Durability of Nano-electronic Components to Help Further Semiconductor Manufacturing and Resilience

Self-Aware Materials Build the Foundation for Living Structures

Rare Mineral from Rocks Found in Mollusk Teeth

Scientists Look to Capture Clean Energy from our Clothing

New 'Swiss Army Knife' Cleans up Water Pollution

Light-shrinking Material Lets Ordinary Microscope See in Super Resolution

Smart Sponge Could Clean Up Oil Spills

Nanomaterials with Laser Printing

Molecular Jiggling Has Implications for Carbon Nanotube Fibers

Nano Tech Could Get Zero-carbon Energy from Sea Water

A Novel Nitrogen-doped Dual-emission Carbon Dots as an Effective Fluorescent Probe for Ratiometric Detection Dopamine

Solving a Natural Riddle of Water Filtration

Nanofibrous Filters for PM2.5 Filtration

Breakthrough in 3D Magnetic Nanostructures Could Transform Modern-Day Computing

Shiny Mega-crystals That Build Themselves

How Nanotech Can Foil Counterfeiters

Peptide Nanoparticles Marked for in Vitro Visualization

Materials Breakthrough Enables Twistronics for Bulk Systems

Researchers Build Structured, Multi-part Nanocrystals with Super Light-emitting Properties

Researchers Develop Direct-Acting Antiviral Therapy to Treat COVID-19

Engineering Matter at the Atomic Level

Ultrafast, On-Chip PCR Could Speed Diagnosis during Current and Future Pandemics

Inhaled Nanobodies Effective Against COVID-19 in Hamsters

Effects of Nanoplastics on Canadian and Guadeloupean Oysters

Superflimsy Graphene Turned Ultrastiff by Optical Forging

Nanostructured Tin Gas Sensors Could Help the World Tackle the Climate Crisis

New Quantum Material Discovered

Flu Fighter: Nanoparticle-Based Vaccine Effective in Preclinical Trials

Nanorobots Could Target Cancers and Clear Blood Clots

Zero-carbon Energy from Sea Water a Step Closer

Scientists One Step Closer to Cheap Flexible Electronics

Nanoparticles: The Complex Rhythm of Chemistry

Electrospun Nanofibrous Filters Capture 99.9 Percent of Coronavirus Aerosols, Study Finds

Green Light on Gold Atoms

University of Surrey Discovers New Method of Seeing Graphene Growing Using a Standard Electron Microscope

Thin is Now in to Turn Terahertz Polarization

A New Form of Carbon

Could Graphene Oxide Nanosheets be an Effective SARS-CoV-2 Antiviral in PPE?

MIT Turns “Magic” Material into Versatile Electronic Devices

New Material Could Harvest Water All Day Long

Scientists to Take a New Step in the Microelectronics’ Development

Soft X‑ray Method Promises Nanocarrier Breakthroughs for Smart Medicine

Ohio University Expert Receives National Science Foundation CAREER Award to Study Metallic Nanoparticles

The Birth of a Subnanometer-sized Soccer Ball

New Conductive Polymer Ink Opens for Next-generation Printed Electronics

Texas Engineers Aim to Create Delivery System for Therapeutics That Can Shut Down Harmful Genes

New Material Could Create ‘Neurons’ And ‘Synapses’ for New Computers

In Milliseconds from Polluted to Clear Water

Treating Fungal Lung Infections Via Nanoparticle Drug Inhalation Could Be More Efficient, Study Finds

Water Treatment: Removing Hormones with Sunlight

Designing Nano-Sized Chemotherapy

Nanopore Analysis Identifies Pseudouridine Modifications in SARS-CoV-2

New Advancement in Nanophotonics Explains How Collections of Hot Nanoparticles Cool Down

When One Become Two: Separating DNA for More Accurate Nanopore Analysis

'Seeing' Previously Unseen Nano-level Glass Damage

Future Sparkles for Diamond-based Quantum Technology

Harvesting Light like Nature Does

New Atomically Precise Graphene Nanoribbon Heterojunction Sensor Developed

Mechanics of the Infinitely Small: Nanogear, Towards a Molecular Gear

A Lidar Device the Size of a Finger Available

Advance May Enable “2D” Transistors for Tinier Microchip Components

Nanofiber Filter Captures Almost 100% of Coronavirus Aerosols

Above The Noise: Nanopore Sensing

Nanoscale Nutrients Can Protect Plants from Fungal Diseases

SIU Student Researchers Experiment with Solar Power and Nanoparticles to Fight Algae Blooms

New Atomically Precise Graphene Nanoribbon Heterojunction Sensor Developed

Observing Individual Atoms in 3D Nanomaterials and Their Surfaces

Estonian Startup UP Catalyst to Start Producing Oxygen on Mars, With Support from The European Space Agency

Researchers Control Biointegrable Nanoparticles with Heat

Physicists Find a Novel Way to Switch Antiferromagnetism On and Off

Novel Nanotech Improves Cystic Fibrosis Antibiotic by 100,000-Fold

Nanoscale Defects Could Boost Energy Storage Materials

Nanowear Announces Commercial Distribution Partnership in A.I.-Based Post-Surgical Recovery Monitoring

HKBU and Cornell University Jointly Develop a Novel Nano-Carrier That Increases the Efficacy of Chinese Medicine Treatment for Breast Cancer

Water Clusters Control Zeolite Reactivity

Mercer University KOL in Nanotech Receives NIH Grant to Investigate Efficacy of Nanoparticle-Encapsulated Oxytocin to Reduce Impact of Seizures

Nature’s Nanomachines

Idaho Researchers Recycle Carbon Emissions with Electrochemical Cell

Foldable, Organic and Easily Broken Down: Why DNA Is the Material of Choice for Nanorobots

A Scanning Quantum Sensing Microscope with Nanoscale Electric-Field Imaging

Scientists Produce a Universal Flu Vaccine Using Nanoparticles to Induce Long-Lasting Immunity

Graphene Key for Novel Hardware Security

Graphene Nanoribbons Need to be Protected from Oxygen to Remain Functional

Magnetic Nanoparticles Pull Valuable Elements from Water Sources

Chill Out: Advanced Solar Tech Runs Cooler and Lasts Longer

A New Way to Look at The Inner Workings of Tiny Magnets

Electromagnetic Levitation Whips Nanomaterials into Shape

Magnetic Microbead Mixing to Speed up Molecular Testing

Why Carbon Nanotubes are the Next Big Thing in Technology?

Postech Introduces Lidar Sensor Smaller Than Thumb

Parallel Universes Cross in Flatland

Breaching the Blood-Brain Barrier to Deliver Precious Payloads

Brain-targeting Drug Delivery with Nano-scaled Apoptotic Bodies

A Device Monitoring Heart Failure from Saliva Co-developed by CSIC Researchers

Scientists Discover Way to Trick Cancer Cells into Consuming Toxic Drugs

Towards 2D Memory Technology by Magnetic Graphene

Smart Magnetic Soft Materials to Develop Artificial Muscles and Therapeutic Robots

Discovery of Huge Raman Scattering at Atomic Point Contact

Robotic Flexing: Biologically Inspired Artificial Muscles Made from Motor Proteins

Scroll'n'roll – Nanomaterials Towards Effective Photocatalytic Pollution Treatment

Researchers Brewing Up Better Ways to Turn Plant Waste into Ethanol

Release of Drugs from a Supramolecular Cage

First Nanoscale Look at a Reaction That Limits the Efficiency of Generating Clean Hydrogen Fuel

In Graphene Process, Resistance Is Useful

Colloidal Nanoparticles Advance Frontiers of Synthetic Chemistry

An Uncrackable Combination of Invisible Ink and Artificial Intelligence

Research Breakthrough in the Fight Against Cancer

UTA Researchers Combining Light Waves and Nanoparticles to Treat Battlefield TBIs

Nanoparticle (Spfn) Vaccine Candidate Elicits Multifactorial Cellular Immune Responses against SARS-CoV-2 in Vivo

Researchers Develop New Graphite-based Sensor Technology for Wearable Medical Devices

A Material-keyboard Made of Graphene

A High-tech Textile to Stay Comfortable Outdoors

Flexible, Easy-To-Scale Nanoribbons Move Graphene Toward Use in Tech Applications

Direct Drug Delivery with Carbon Nanotube Porins

Bai Lab Develops Stable, Efficient, Anode-free Sodium Battery

MIT Turns “Magic” Material into Versatile Electronic Devices

Nanotechnology Offers New Hope for Bowel Cancer Patients

Applications of Nanoparticles in Combating COVID-19

Adding Speed to COVID-Testing

Nanostructured Device Stops Light in Its Tracks

Sensors Eliminate Sparking Risk in Hydrogen Vehicles

World’s First Fibre-optic Ultrasonic Imaging Probe for Future Nanoscale Disease Diagnostics

Researchers Analyzed Circulating Currents Inside Gold Nanoparticles

Targeting Tumors with Nanoworms

How to Get Salt out of Water: Make it Self-Eject

Measuring The Moon’s Nano Dust is No Small Matter

Scientists Design ‘Nanotraps’ to Catch and Clear Coronavirus from Tissue

What Is Claytronics?

Research Advances Emerging DNA Sequencing Technology

Researchers Use a Nanoscale Synthetic Antiferromagnet to Toggle Nonlinear Spin Dynamics

A Path to Graphene Topological Qubits

Researcher Uses Nanomedicine to Improve Effectiveness and Safety of Chemotherapy

Fast, Affordable Solution for Transparent Displays and Semiconductors

What Is the Role of Nanotechnology in the Current COVID-19 Outbreak?

“Colloidal Gels,” Ubiquitous in Everyday Products, Divulge Their Secrets

New 2D Superconductor Forms at Higher Temperatures Than Ever Before

Identifying Individual Molecules: NIST Study Suggests How to Build a Better ‘Nanopore’ Biosensor

Nano Flashlight Could Allow Future Cell Phones to Detect Viruses, More

Nanobodies Inhibit SARS-CoV-2 Infection

Newly Discovered Bacterium Can Transform Waste from Copper Mining into Pure Copper

How Nanotechnology is Leading the Way in Pollution Control

Nature Provides Inspiration for Breakthrough in Self-regulating Materials

Tiny Nanotechnologies are Poised to Have a Huge Impact on Agriculture

In-Cell Nano-3D Printer: Synthesizing Stable Filaments from in-Cell Protein Crystals

Uhuru Vouches for Public-Private Partnerships to Achieve Big 4 Agenda

Graphene Beam Splitter Gives Electron Quantum Optics a Boost

NASA to Launch New Brown Student Satellite

"Game-changing" Technology to Improve Covid-19 Face Mask Protection

Patching Up Your Health

Synthetic Gelatin-like Material Mimics Lobster Underbelly’s Stretch and Strength

Bio-nanocellulose Meshes Improve Hernia Repair Surgery

Transport Phenomena at the Nanoscale

Silver Ions Hurry Up, Then Wait as They Disperse

Watching the Evolution of Nanostructures in Thin Films

2D Nanomaterial Mxene: The Perfect Lubricant

Sustainable Chemical Synthesis with Platinum

Electrifying Cement with Nanocarbon Black

Scientists Produce Moisture-resistant Alkali Electrodes

Fighting Harmful Bacteria with Nanoparticles

Insights into New ‘Dials’ for Controlling a Material’s Magnetism

Combining Nanomaterials in 3D to Build Next-generation Imaging Devices

Nanoform and Aprecia Collaborate to Advance 3D Printed Nanomedicines

Micromesh: A Microscopic Polymeric Network to Attack Glioblastoma Multiforme

Surprising Ionic and Flow Behaviors with Functionalized Nanochannels

Tiny Implantable Tool for Light-sheet Imaging of Brain Activity

Nanoantennas Pave the Way to Compact Petahertz Oscilloscopes

Nanofiltration Membranes to Treat Industrial Wastewater from Heavy Metals

DNA Robots Designed in Minutes Instead of Days

Imaging System Allows us to See UV and Visible Light Simultaneously

Understanding Interfaces of Hybrid Materials with Machine Learning

Wearable Sensors That Detect Gas Leaks

Improved Desalination Process also Removes Toxic Metals to Produce Clean Water

Transparent Nanolayers for More Solar Power

A Safer Way to Deploy Bacteria as Environmental Sensors

Cotton Wool Proves Effective in Separating Single-wall Carbon Nanotubes

Oxygen Migration Enables Ferroelectricity on Nanoscale

Iran Produces Nano-based Thermal Coating

New Nanoscale Device for Spin Technology

Curcumin Nanosystems Could be Powerful COVID-19 Therapeutics

Finally, 3D-printed Graphene Aerogels for Water Treatment

Little Swirling Mysteries: New Research Uncovers Dynamics of Ultrasmall, Ultrafast Groups of Atoms

Nicoya Promised Additional Funding from Federal Government to Develop Covid-19 Test

Self-assembling Nanofibers Prevent Damage from Inflammation

NIFA Invests $15.5M in Food and Agriculture Cyberinformatics Tools to Boost Agricultural Production

Graphene 'Smart Surfaces' Now Tunable for Visible Spectrum

Research Finds a Potential New "Silver Bullet" Nanoparticle to Treat Brain Cancer

Century-old Problem Solved with First-ever 3D Atomic Imaging of an Amorphous Solid

Alpaca Nanobodies Effective Against South African SARS-CoV-2 Variant

Abandoning the Old Ways: Progress in the Low-cost Electrochemical Synthesis of Ammonia

Superbug Killer: New Nanotech Destroys Bacteria and Fungal Cells

New Nanosensor Holds Promise for Diagnosing, Treating Neurological Disease

The Whitest Paint Ever Created Is the Opposite of Vantablack, Basically

Pillar of Support: Breakthrough Discovery Could Speed Up Bone Implant Recovery

Solar Cells in the Fold of Flexible Electronics

Centrifugal Multispun Nanofibers Put a New Spin on COVID-19 Masks

Better Metric for Thermoelectric Materials Means Better Design Strategies

Researchers Develop Materials for Oral Delivery of Insulin Medication Which Could Potentially Replace Injections

UConn Researchers Find Bubbles Speed Up Energy Transfer

Artificial Intelligence to Explore the Biomolecular World

Better Solutions for Making Hydrogen May Lie Just at the Surface

A Breakthrough That Enables Practical Semiconductor Spintronics

Optically Active Defects Improve Carbon Nanotubes

Korea-China Team Develops Drug-delivery Nanotech for Brain Tumors

Graphene: Everything under Control

From Total Lack of Knowledge about Nanodots to Total Control of Their Properties

Carbon Dots from Human Hair Boost Solar Cells

Energy Transmission by Gold Nanoparticles Coupled to DNA Structures

High Index Surfaces-exposed [email protected]@Pt Nanodendrites as ORR Electrocatalyst

Nanoparticles Reveal their Location via Mirror SELFI

Tattoo Made of Gold Nanoparticles Revolutionizes Medical Diagnostics

A New Agent for the Brain Diseases: mRNA

Glass Nanopore Pulls DNA Like Spaghetti through a Needle

Turning CO2 and Wastewater into Something Useful, with Support from a Fan

Concept of Nanoconfinement Improves Sensitivity and Safety of a Life-saving Diagnostic Contrast Agent

Spin Defects Under Control

Fisheries’ Body Develops Nano Solutions to Prevent Biofouling in Aquaculture Nets

Scientists Invent Home COVID-19 Test Using Coffee Machine Capsules

Researchers Develop Third and Final 'Made-To-Order' Nanotube Synthesis Technique

New Mechanism Enables the Electrical Control of the Magnetization in Magnetic Nanodevices

Less Than a Nanometer Thick, Stronger and More Versatile Than Steel

3D Design Leads To First Stable and Strong Self-assembling 1D Nanographene Wires

A Skoltech Method Helps Model the Behavior of 2D Materials under Pressure

Thermal Power Nanogenerator Created without Solid Moving Parts

Researchers Pave the Way for Calculating Circular Dichroism (CD) Spectra more Efficiently

Cohesive Circuit Protection for Wearable Electronics

Machine Learning Proves Itself for CNT Composites

Homing in on Longer-lasting Perovskite Solar Cells

Kirigami-style Fabrication May Enable New 3D Nanostructures

Big Data Dreams for Tiny Technologies

Developing a New Platform for DNA Sequencing

From Dinner to Sustainable Electronics, the Surprising Versatility of Crabs

Newly Discovered Material May Ease Wear and Tear on Extraterrestrial Vehicles

Researcher Finds a Better Way to Tap into the Brain

This Ultrathin Sensor Could Save Your Lungs – and the Climate

Method Offers Inexpensive Imaging at the Scale of Virus Particles

Scientists Use Nanotechnology to Detect Bone-healing Stem Cells

Contact Lenses to Advance Well Beyond Refractive Error Correction

20-Year Trend in Nanotechnology Publications

Sorting Out Nanodiamonds with Fluorescent Centers

Chemists Create High-Quality Memory Devices Using Non-Toxic Liquid Metals

Tires Turned into Graphene That Makes Stronger Concrete

How Tiny Machines Become Capable of Learning

Trapped Configurations of Plasmon-coupled Gold Nanoparticles Useful for Thermal History Sensing

Bio-based Structures That Replace Unhealthy Fats in Food, An Interview with Artur Martins

New Class of Versatile, High-Performance Quantum Dots Primed for Medical Imaging, Quantum Computing

Scientists Uncover A Process That Stands in the Way of Making Quantum Dots Brighter

New UCF Nanotech Gives Boost to Detection of Cancer and Disease

Exploring the Nanoworld in 3D

Recharge Your Batteries

Copper Foam as a Highly Efficient, Durable Filter for Reusable Masks and Air Cleaners

Design Could Enable Longer Lasting, More Powerful Lithium Batteries

Small Robot Swimmers That Heal Themselves from Damage

Nanoparticle Flu Shot Blocks Seasonal and Pandemic Strains

Shining a Healing Light on the Brain

Semiconductor Qubits Scale in Two Dimensions

Stable and Catalytically Active Pigment

Wafer-thin Nanopaper Changes from Firm to Soft at the Touch of a Button

New Automated Process Makes Nanofiber Fabrication Assessment 30% more Accurate

Planting the Seed for DNA Nanoconstructs That Grow to the Micron Scale

Ceramic Nanofibres as Catalysts

Nanotechnology Innovation in Water Recycling Could Significantly Reduce Industrial Use of Freshwater

New Porous Material Promising for Making Renewable Energy from Water

Big Breakthrough for ’Massless’ Energy Storage

Observed in Vivo the Collective Movement of Nanorobots

Advancement Creates Nanosized, Foldable Robots

Building Tough 3D Nanomaterials with DNA

New Fabrication Method Paves Way to Large-Scale Production of Perovskite Solar Cells

Artificial Neuron Device could Shrink Energy Use and Size of Neural Network Hardware

Leading Blue Energy Revolution

Organic Crystals’ Ice-forming Superpowers

uOttawa Researchers Demonstrate Practical Metal Nanostructures

Movement of Nanorobots Observed in Vivo Using PET

Research Finds Surprising Electron Interaction in ‘Magic-Angle’ Graphene

Like an Artificial Nervous System

Trackable and Guided ‘Nanomissiles’ Deliver Cancer-fighting Drug Straight to the Tumor

Mystery of the Nanobubbles Solved

Self-folding Nanotech Creates World’s Smallest Origami Bird

Researchers Develop Acid-Sensitive Nanoparticles as New Treatment for Pancreatic Cancer

Solar Cells: Losses Made Visible on the Nanoscale

How to Prevent Short-Circuiting in Next-Gen Lithium Batteries

Carbon-based Nanomaterials Proposed to Use in Cancer Treatment

Project Investigates Remote Control of Enzymes Using Light

Nanotechnology Could Enable Test for Early Alzheimer’s Disease

Voltage from Wood

Acoustic Graphene Plasmons Study Paves Way for Optoelectronic Applications

Catching Electrons in Action in An Antiferromagnetic Nanowire

A Promising New Way to Convert Solar Energy to Fuel

Controlled by Light Alone, New Smart Materials Twist, Bend and Move

Nanoclusters with A Copper-Hydrogen Core Provide New Structure-Activity Insights

Scientists Gain Insight into Recycling Processes for Nuclear and Electronic Waste

Porous, Ultralow-Temperature Supercapacitors Could Power Mars, Polar Missions

Drug Delivery System: Injections or Light Irradiation?

Tiny Bubbles Making Large Impact on Medical Ultrasound Imaging

Wider Horizons for Highly Ordered Nanohole Arrays

Tumours Illuminated Brightly and Precisely with New Biodegradable Nanoprobe

Molecules Inside Carbon Nanotubes as Spin Switches for Electrical Current

Shutting the Nano-Gate

New Perovskite LED Emits a Circularly Polarized Glow

One Step Closer to Unlocking the Mystery of the Bio/Nano Interface

A Safer MRI Contrast Agent for High-Resolution 3D Microvascular Imaging

Nano-Mapping Phase Transitions in Electronic Materials

Optimized Nano-Micelles Can Induce Efficient Genome Editing in the Mouse Brain

Organ-On-A-Chip Project Receives Huge Grant to Make the Leap from Lab to Fab

New Techniques for Continuous Large-Scale Production of 2D Nanomaterials

Researchers Make Carbon Nanotube Patterns Called Moirés for Materials Research

Use of Perovskite Will be a Key Feature of the Next Generation of Electronic Appliances

Producing Highly Efficient Leds Based on 2D Perovskite Films

The UB Leads the Construction of a Pocket High-resolution Microscope

‘Wearable Microgrid’ Uses the Human Body to Sustainably Power Small Gadgets

Cells as Computers

Scientists Develop New Magnetic Nanomaterial For Сounterfeit Money Prevention

Automated Chemistry Sets New Pace for Materials Discovery

Cheap, Nontoxic Carbon Nanodots Poised to Be Quantum Dots of The Future

New Brain Sensor Offers Alzheimer’s Answers

Combined Technique Using Diamond Probes Enables Nanoscale Imaging of Magnetic Vortex Structures

Analysis System for the Diagnosis of Breast Cancer

Microscope Allows Ultrafast Nanoscale Manipulation While Tracking Energy Dynamics

Size Matters: Bimodal Imaging Receives Nanoparticle Enhancement

‘Lost’ Ocean Nanoplastic Might be Getting Trapped on Coasts

A Drop of Rubbing Alcohol and Office Laminator Provides Manufacturability Boost for Single Atom Thick Membranes

Tiny Diamonds Prove an Excellent Material for Accelerator Components

Australian Scientists Adapting Solar Energy Technology to Detect Chemical Warfare Agents and Pesticides

A Biosensor for Measuring Extracellular Hydrogen Peroxide Concentrations

Metallic State of Ag Nanoclusters in Oxidative Dispersion Identified in Situ

Advance in ‘Optical Tweezers’ to Boost Biomedical Research

Nanoenzymes Designed with Unique Combination of Structure and Functions

Study Reveals Mechanism of Ag Nanoclusters Dispersion Induced by Oxygen

Intelligent Holographic Nanostructures on CMOS Sensors for Energy-efficient AI Security Schemes

Fluorescent Nanodiamonds Successfully Injected into Living Cells

Color Blindness-correcting Contact Lenses

Filming A 3D Video of a Virus with Instantaneous Light and AI

Graphene Oxide-Silver Nanoparticles Shown to Rapidly Neutralize RNA Viruses

Nanoparticle Delivery Offers Hope to Those with Peripheral Artery Disease

Smart Bandage' Detects, May Prevent Infections

Freezing at the Nanoscale: A Closer Look

A COSMIC Approach to Nanoscale Science

Army, Argonne Scientists Explore Nanoparticles for Future Weapon Systems

Scientists Use Lipid Nanoparticles to Precisely Target Gene Editing to the Liver

Soft and Comfortable E-Textiles That Can Be Used to Measure Photoplethysmography

Coronavirus-like Particles Could Ensure Reliability of Simpler, Faster COVID-19 Tests

New Skills of Graphene: Tunable Lattice Vibrations

Gold-Phosphorus Nanosheets Catalyzes Nature Gas to Greener Energy Selectively

Researchers Probe the 'Full' Thermoelectric Properties of a Single Molecule

Nanoparticle-delivered COVID-19 Vaccine Candidate Shows Promise in Preclinical Studies

Scientists Improve Understanding of Plasma Source for Synthesis of Nanomaterial for Microchips and Numerous Products

The Carbon Nanotube Aircraft That Will Take Us to the Edge of Space

SMART Develops Analytical Tools to Enable Next-Generation Agriculture

Materials – Quantum Building Blocks

SARS-CoV-2 Vaccines: An Interview with Payton Weidenbacher

Perovskite Solar Cell with Cesium-Titanium Dioxide Nanotubes

Researchers Watch Anti-cancer Drug Release from DNA Nanostructures in Real Time

Scientists Investigated more Thoroughly Walker Breakdown in 3D Magnetic Nanowires

FDA: Pfizer-Biontech Vaccine Doesn’t Need Ultra-Cold Freezer Storage

Changing the Silkworm's Diet to Spin Stronger Silk

Inhalable Nanobody Shows Potent Anti-SARS-CoV-2 Activity in Vivo

Putting Graphene in a Spin

Molecular Bridges Power up Printed Electronics

From Microsaws to Nanodrills: Laser Pulses Act as Subtle Machining Tools

Nanoparticles Help Untangle Alzheimer’s Disease Amyloid Beta Plaques

Light-twisting ‘Chiral’ Nanotechnology Could Accelerate Drug Screening

Nanomedicine Activation Profile Determines Efficacy Depending on Tumor c-Myc Expression

Nanobodies Could Help CRISPR Turn Genes On and Off

Sustainable Harvesting of Electrical Energy with Nanoporous Materials

Tiny Bubble Study Could Improve Dentists’ Tools

Sub-diffraction Optical Writing Information Bits: Towards A High-capacity Optical Disk for Big Data

Chip Simplifies COVID-19 Testing, Delivers Results on A Phone

Researchers Develop Nanoceutical Mask Fabric That Prevents SARS-CoV-2 Transmission

Biopolymer-coated Nanocatalyst Can Help Realize A Hydrogen Fuel-driven Future

Researchers Improve Efficiency of Next-generation Solar Cell Material

Virus Detection Method is Versatile and Accessible

DARPA Backs Rice Sensor to Detect COVID-19 Virus in Air

The Magic Angle of Twisted Graphene

Graphene Oxide Membranes Could Reduce Paper Industry Energy Costs

Targeted Delivery of Highly Toxic Anti-cancer Drug to Brain Tumors

Plastic Trash Can Now Be Recycled Into Ultra-strong Graphene

Engineering the Boundary Between 2D and 3D Materials

Polymer Film Protects from Electromagnetic Radiation, Signal Interference

Measuring Carbon Nanotubes Taken up by Plants

Silver and Gold Nanowires Open the Way to Better Electrochromic Devices

Concept for A New Storage Medium

Research Helps Solar Technology Become More Affordable

An mRNA Vaccine for Cancer Immunotherapy

Gold Nanoparticles Investigated as Part of in Vitro Tool for SARS-CoV-2 Drug Screening

Scientists Find Way for Mass Production of Near-zigzag Carbon Nanotubes

Dynamics of Nanoparticles Using a New Isolated Lymphatic Vessel Lumen Perfusion System

Llama-Derived Nanobodies Show Neutralizing Activity Against SARS-CoV-2 Variants of Concern in Vitro

QU Researchers Contribute for New Method to Remove Pharmaceutical Waste from Water

Edible Holograms could Someday Decorate Foods

New Potential Therapy for Crohn’s Disease in Children

Novel Tools for Biomedical Applications: Bacterial Magnetic Nanoparticles

Taking New Steps with Artificial Platelets

The Production of Green Hydrogen Using Nanoparticles

Engineers Place Molecule-scale Devices in Precise Orientation

Nanotechnologies Reduce Friction and Improve Durability of Materials

Discovery Improves Catalytic Production of Chemicals

Russian Scientists Find an Innovative Way to Use Nanofluids in Heat Exchangers

Novel Sandwich Technology Improves Sensitivity of Rapid Tests

New Skin Patch Brings us Closer to Wearable, All-in-One Health Monitor

Nanoparticle COVID-19 Vaccine Stimulates Robust and Long Lasting Immunity in Primates

Biodegradable Microcapsules Deliver Nerve Growth Factor to Guide Neuronal Development

Graphene “Nano-origami” Creates Tiniest Microchips Yet

Detecting Single Molecules and Diagnosing Diseases with A Smartphone

Nanospheres Measure the Forces of Cell Motors

Nanobodies Protect Against SARS-CoV-2 Variants in Animal Model

Detecting Multiple Sepsis Biomarkers from Whole Blood – Made Fast, Accurate, and Cheap

New Rapid Test to Detect Coronavirus Antibodies Developed

Simpler Production Concept for Improving Tin-based Perovskite Solar Cells

Producing More Sustainable Hydrogen with Composite Polymer Dots

New Coating A Breakthrough for Hydrogen Fuel

Researchers Develop Self-assembling Nanoparticle SARS-CoV-2 Vaccines

Cell-Selective Nanotherapy Prevents Vessel Renarrowing and Promotes Healing of Arteries Opened by Angioplasty

A Scalable Method for the Large-area Integration of 2D Materials

Scientists Found out How Nanoparticles Kill Cancer Cells

Scientists Conduct Interdisciplinary Study on Using Nanoparticles to Fight Leukemia

Signs of Burnout Can Be Detected in Sweat

New Wearable Device Turns the Body into a Battery

Biomaterials Could Mean Better Vaccines, Virus-fighting Surfaces

Design of a Nanometric Structure That Improves Solar Cell Efficiency

Nanothermometry to Improve Anticancer Strategies

Wafer-Scale Production of Graphene-Based Photonic Devices

Researchers Use Hot Nano-chisel to Create Artificial Bones in a Petri Dish

Rapid, Reliable On-site Drug Detection Using Wearable Sensor

Scientists Create Armour for Fragile Quantum Technology

A New Quantum Switch for Electronics

Researchers Produce Special Nanoparticles and Reveal Their Inner Structure for the First Time

Stinging Tumors with Nanoparticles

Nanowire Could Provide A Stable, Easy-to-make Superconducting Transistor

The Next Act for Messenger RNA Could Be Bigger Than Covid Vaccines

Newly-developed Material Could Lead to Lighter, Safer Car Designs

Switching Nanolight On and Off

Vibrating Nanodroplets May Invade A Tumor

New Generation of Carbon Catalysts Is Superior than Nanocarbons

Trapping Gases Better with Boron Nitride "Nanopores"

Effective Approaches to Build Colored Perovskite Solar Cells

Imaging Technique Provides Link to Innovative Products

Alpaca Nanobodies Neutralize SARS-CoV-2 in Vitro

Researchers Create ‘Whirling’ Nano-Structures in Anti-Ferromagnets

Nickel Phosphide Nanoparticle Catalyst is the Full Package

Graphene Quantum Dots Achieve High-Resolution Imaging

Therapies, Vaccines and Nanotechnology: New Weapons in Cancer Fight

SARS-CoV-2 under the Helium Ion Microscope for the First Time

Scientists Discover New Ways to Power Up Nanomaterials for Electronic Applications

Recapping 2020’s Top Nanotechnologies for Life: New Green Technology from UMass Amherst Generates Electricity ‘Out of Thin Air’

Mini Perovskite Solar Module With 14.55% Efficiency

Researchers Engineer "Nanotraps" That Block SARS-CoV-2 Infection

Physicists Discover Important New Property for Graphene

Tiny 3D Structures Enhance Solar Cell Efficiency

Recapping 2020’s Top Nanotechnologies for Life: Artificial Intelligence Can Now Reliably Predict Nanoparticle Structure and Dynamics

Scientists Observe Very Slow Hot Electron Cooling in Electron-Doped Quantum Dots

Machine Learning to Predict the Performance of Organic Solar Cells

Crystal Structures of Nanobodies Could Aid the Design of COVID-19 Therapies

Nanoparticle Drug Delivery Technique Shows Promise for Treating Pancreatic Cancer

Researchers Create Powerful Unipolar Carbon Nanotube Muscles

Chemists Settle Battery Debate, Propel Research Forward

A New Modifier Increases the Efficiency of Perovskite Solar Cells

A Little Soap Simplifies Making 2D Nanoflakes

Ultra-Absorptive Nanofiber Swabs Could Improve SARS-CoV-2 Test Sensitivity

A Metalens for Virtual and Augmented Reality

Boosting the Efficiency of Carbon Capture and Conversion Systems

Rethinking the Fundamental Way Electrons Interact in Superconducting Quantum Materials

Macrophages Key to Liver Cells Relaxin'

The New Gold Standard: Anti-Cancer Drug Discovery Made Easier with Gold Nanostructures

Recapping 2020’s Top Nanotechnologies for Life: Nanobodies: Unharnessed Potential in COVID-19 Treatment

Great Potential for the Tiniest Structures

Researchers Use Nanomaterials to Make 2D Diamond Clusters at Room Temperature

Scientists Reveal Dynamic Mechanism of Lead-Free Quadruple Perovskite Nanocrystals

2D Mxene Shows Evidence of a Magnetic Transition

Microstructured Optical Fibers Find Their 3D-Printed Groove

Tiny Structures Generate Powerful Beams for Enhanced Optical Imaging

Scientists Use Diamonds To Generate Better Accelerator Beams

Titanium Oxide Nanotubes Facilitate Low-Cost Laser-Assisted Photoporation

Highly Functional Membrane Developed for Producing Freshwater from Seawater

Fighting Respiratory Virus Outbreaks Through 'Nano-Popcorn' Sensor-Based Rapid Detection

Researchers Develop Enzyme-Powered Micromotors Based on Metal-Organic Porous Materials

New Property Discovered at The "Magic Angle"

New Self-Assembly Method Creates Bioelectronics Out of Microscopic Structures

Research Team Extends 4D Printing to Nanophotonics

New Technique Builds Super-Hard Metals from Nanoparticles

Recapping 2020’s Top Nanotechnologies for Life: Real-time Detection of COVID-19 Aided by CNT-based Electrochemical Sensors

LLNL and United Kingdom Company to Collaborate on Development of Universal Coronavirus Vaccine

‘Smart Bandage’ Detects, Could Prevent Infections

Researchers Modify Hybrid Flow Battery Electrodes with Nanomaterials

Inhalable COVID-19 Protection via Synthetic Nanobodies

Charged Up: Revolutionizing Rechargeable Sodium-Ion Batteries with “Doped” Carbon Anodes

Researchers Construct Molecular Nanofibers That are Stronger than Steel

Nanomedicine’s ‘Crown’ is Ready for its Close-Up

Researchers Develop New Graphene Nanochannel Water Filters

A Display That Completely Blocks Off Counterfeits

Researchers Use SARS-CoV-2 to Bioengineer Universal Vaccine Platform

Recapping 2020’s Top Nanotechnologies for Life: UCLA Scientists Create World’s Smallest ‘Refrigerator’

An Anode-Free Zinc Battery That Could Someday Store Renewable Energy

Drug-Delivery Microcapsules Tagged with Zirconium-89 Can be Tracked by PET Imaging

Taking Sieving Lessons from Nature

Optical Data Transmission Speed Increased by a Factor of at Least 10,000

Recapping 2020’s Top Nanotechnologies for Life: Synergistic Combination of Calcium and Citrate in Mesoporous Nanoparticles Targets Pleural Tumors

A Little Friction Goes a Long Way Toward Stronger Nanotube Fibers

One-Dimensional Quantum Nanowires Fertile Ground for Majorana Zero Modes

Nano-Thin Piezoelectrics Advance Self-Powered Electronics

Point-of-Care Test Developed for Tumor Marker in Human Saliva Based on Lanthanide Nanoprobes

Researchers Develop Ultra-Small Nanomedicines to Target Intractable Cancers

Gold Nanoparticles More Stable by Putting Rings on Them

Research Finds Tiny Bubbles Tell Tales of Big Volcanic Eruptions

DNA Origami Enables Fabricating Superconducting Nanowires

Zebra Stripes, Leopard Spots and other Patterns on The Skin of Frozen Metal Alloys That Defy Conventional Metallurgy

Scientists Awarded a Guinness World Record for the ‘Finest Woven Fabric’

NUS Engineers Create ‘Smart’ Aerogel That Turns Air Into Drinking Water

A Strategy to Improve The Efficiency And Long-Term Stability of Perovskite Solar Cells

One Dimensional Quantum Lattice Liquids

Biodegradable Inorganic Upconversion Nanocrystals Developed for In Vivo Applications

A New Regime for Analyzing Properties of Topological Materials

New Treatment Target Discovered That Halts Osteoarthritis-Like Knee Cartilage Degeneration

Researchers Identify Nanoparticles That Could Be Used in Therapeutic mRNA Delivery before Birth

Avalanching Nanoparticles Break Barriers to Imaging Cells in Real Time

Recapping 2020’s Top Nanotechnologies for Life: Atomic-Scale Apertures Represent a Novel Regime in Physics and Materials Science

Keeping the Costs of Superconducting Magnets down Using Ultrasound

Nanodiamonds Feel the Heat

Engineers First to Observe Avalanches in Nanoparticles

In Lab Study, Nanoparticle Shows Promising Results for Treating Severe Allergies

University of Texas Researcher Recognized for Pioneering Work Utilizing Nanotechnology

Protecting Lungs from Ventilator-Induced Injury

Inverted Perovskite Solar Cell with 21.1% Efficiency and High Moisture Resistance

Spice Up Your Solar Panels by Adding a Touch of Chili

Flashing Plastic Ash Completes Recycling

Nanotechnology Prevents Premature Birth in Mouse Studies

Nanoparticle Immunization Technology Could Protect Against Many Strains of Coronaviruses

Long-Range Energy Transport in Perovskite Nanocrystal Films

Scientists Develop Oral Insulin Nanoparticles That Could One Day Be an Alternative to Injections

ElastiDry Wins DOE National Pitch Competition

Inspired by Kombucha Tea, Engineers Create “Living Materials”

Brain Cell Molecules Shown in First-Ever Nanoscale 3D Images of Living Cells

Material for Future Electronics: New Method Makes Graphene Nanoribbons Easier To Produce

Researchers Develop New One-step Process for Creating Self-assembled Metamaterials

New Small Antibodies Show Promising Effects Against COVID-19 Infection

Two-sided Solar Cells Can Collect Scattered Light to Gather More Energy

Water-splitting Tech to Reduce Moisture in Perovskite Solar Cells

New Nanostructured Alloy for Anode Is a Big Step toward Revolutionizing Energy Storage

Recapping 2020’s Top Nanotechnologies for Life: Detecting COVID-19 Antibodies in10 Seconds Using Aerosol Jet 3D Printing

Electrically Switchable Qubit Can Tune Between Storage and Fast Calculation Modes

Rice ‘Flashes’ New 2D Materials

2D Compound Shows Unique Versatility

Carbon Monoxide Reduced to Valuable Chemical

New Strategies for Designing Electroluminescent Materials

Researchers Develop Novel Underwater Self-Perceptive Soft Actuator

Titanium Carbide Nanotech Approach Hints at Hydrogen Storage Breakthrough

Nanomaterials for the Clearance of Senescent Cells

Printed Miniature Loudspeaker Listening into the Future

Nanosheet-Based Electronics Could be One Drop Away

Nanodroplets and Ultrasound ‘Drills’ Prove Effective at Tackling Tough Blood Clots

Nanocrystals That Eradicate Bacteria Biofilm

UW Researchers Turn Coal Powder into Graphite in Microwave Oven

‘New Nanocomposite Inhibits Misfolded Protein Causing Alzheimer’s’

Researchers Use Nanotechnology to Develop New Coronavirus Mask Model

Fast Transport in Carbon Nanotube Membranes Could Advance Human Health

Microscopy – Nanoscale Commuting

Catalyst Transforms Plastic Waste to Valuable Ingredients at Low Temperature

Emory Chemists Invent Shape-Shifting Nanomaterial

Novel Film That Keeps Us Dry and Cool

Heat Treatment May Make Chemotherapy More Effective

Stanford Single-dose Nanoparticle Vaccine for COVID-19

Scientists Discover Far-Reaching Applications of Nanoparticles Made of Multiple Elements

Hard-Magnetic Coatings for High-Precision Microscopy

Powerful Graphene Hybrid Material for Highly Efficient Supercapacitors

How to Untie Magnetic Nano-Knots

2020’s Statistical Review on Nanotechnology Publications

Powering Up Stretchy Technology

Reading Out Qubits Like Toppling Dominoes: A New Scalable Approach Towards the Quantum Computer

Stretching Diamond for Next-Generation Microelectronics

Nanoparticle Drug-Delivery System Developed to Treat Brain Disorders

Extremely Stable Perovskite Nanoparticles Films for Next-Generation Displays

First Glimpse of Polarons Forming in a Promising Next-gen Energy Material

The Complex Mystery of Membranes

Turkish Scientists Develop COVID-19 Test to Replace PCR

Aerosols from Pollution, Desert Storms, and Forest Fires May Intensify Thunderstorms

Bionic Idea Boosts Lithium-ion Extraction

IKBFU Scientists Develop a Plant-Based Technology for Obtaining Magnetic Nanoparticles with Antifungal Properties

Nanotechnology for Plant Genetic Engineering

Cellulose Nanofibril-based Encapsulation Structure to Control Drug Release

What Are the Differences Between the Pfizer and Moderna Coronavirus Vaccines?

Skoltech Scientists Publish a Complete Overview of Sulfonimide Dendrimers

Industry Collaboration Leads to Important Milestone in the Creation of a Quantum Computer

Fermilab and Partners Achieve Sustained, High-fidelity Quantum Teleportation

Open Care Announces Immubio Platform Based on Nanoparticle Science, Currently Developing Potential Break-Through COVID-19 Immunisation

Serum Seeks Regulatory Nod for Ph-III Trials of Novavax’s Covid Vaccine

Controlling the Magnetic Properties of Complex Oxide Systems

Faster, Greener Way of Producing Carbon Spheres could Improve Carbon Capture Technology

High-Speed Atomic Force Microscopy Takes on Intrinsically Disordered Proteins

TPU Chemists Convert Plastic Bottle Waste into Insecticide Sorbent

Experiment Takes “Snapshots” of Light, Stops Light, and Uses Light to Change Properties of Matter

Scientists Pioneer New Method of Measuring Electricity in Cells

Japanese Art Technique Inspires New Engineering Technique

Scientists Suggested a Method to Improve Performance of Methanol Fuel Cells

‘Soft’ Nanoparticles Give Plasmons New Potential

Ultrabright Photons for Single-Chip Quantum Devices

Nanomicelles: Using Nanoparticles for Cancer Treatment

Atomic-Scale Nanowires Can Now Be Produced at Scale

New Electron Microscopy Technique Offers First Look at Previously Hidden Processes

Theory Describes Quantum Phenomenon in Nanomaterials

Nanoparticles Could Improve Oil Production

Researchers Invent Method to 'Sketch' Quantum Devices with Focused Electrons

Striking Gold: Advanced Photon Source Enables Catalysis Research at Small Scales

Imagine a 10-Second COVID-19 Antibody Test — We’re On Our Way

This May Be the First Complete Observation of a Nanoflare

Speeding Toward Improved Hydrogen Fuel Production

Goldilocks and The Three Quantum Dots: This One’s Just Right for Peak Solar Panel Performance

Sound Waves Spin Droplets to Concentrate, Separate Nanoparticles

Tiny Quantum Computer Solves Real Optimization Problem

Atomic-Scale Apertures Represent a Novel Regime in Physics and Materials Science

Tiny Origami Controlled by Light

COVID-19: Contaminated Surfaces as a Risk Factor

UGA Researchers Are Building Safer Medical Devices

Quantum Wells Enable Record-Efficiency Two-Junction Solar Cell

Research Breakthrough Could Transform Clean Energy Technology

Laptop Working Temperature Decreasing Aided by Nano-insulators

Creating the Next Generation of Li Ion Batteries - New Research

HDL Nanoparticles Prevent Cholesterol Movement at Membrane Receptor to Inhibit Entry of SARS-CoV-2 Pseudovirus in Cell Culture

Power Boost Thanks to Gold Lamellae

UB Researchers Report Quantum-Limit-Approaching Chemical Sensing Chip

Colorful, Magnetic Janus Balls Could Help Foil Counterfeiters

New Material Paves Way for Breath Testing Sensors to Detect Chronic Illnesses

Weak Force Has Strong Impact on Nanosheets

Changing Graphene Properties One Bond at a Time

Catalytic Activity of Individual Cobalt Oxide Nanoparticles Determined

Nanoparticles as Weapons Against Cancer

KU Leuven Institute LIMNI Has Big Plans for Small Technology

Chemists from RUDN University Used Crab Shells to Improve Palladium Catalysts

Ultra-Thin and Highly Sensitive Strain Sensors

New Nanobiomaterial from The Silk of A Mite with "Promising Biomedical Properties"

New Fullerene Crystal Production Method 50 Times Faster Than Predecessor

Sheets of Carbon Nanotubes Come in a Rainbow of Colors

Scaled-Down Carbon Nanotube Transistors Inch Closer to Silicon Abilities

‘Magic’ Angle Graphene and the Creation of Unexpected Topological Quantum States

Single-Crystal Technology Holds Promise for Next-Generation Lithium-Ion Batteries

Trapping Nanoparticles with Optical Tweezers

Researchers Identify the Physical Mechanism That Can Kill Bacteria with Gold Nanoparticles

Nanocylinder Vibrations Help Quantify Polymer Curing For 3D Printing

Nanoengineered Cement Shows Promise for Sealing Leaky Gas Wells

International Research Project Investigates Photosensitive Carbon Nanoparticles

Nanoparticles, from Hype to Actual Clinical Product

Nanochip Outlines Path for Quantum Advantage

Hunting Out Hidden Hydrogen: Novel Holey Nanosheets for Detecting Hydrogen Gas Leaks

‘Sparkling’ Clean Water from Nanodiamond-Embedded Membrane Filters

A Molecule That Works Like a Nanobattery

A Comprehensive Review of Biosynthesis of Inorganic Nanomaterials Using Microorganisms and Bacteriophages

Bacterial Nanopores Open the Future of Data Storage

Artificial Chemist 2.0: Quantum Dot R&D in Less Than an Hour

Development of High-speed nanoPCR Technology for Point-of-care Diagnosis of COVID-19

A Flexible Screen-printed Rechargeable Battery with Up to 10 Times More Power Than State of the Art

Tiny Nanospindles Enhance Use of Ultrasound to Fight Cancer

Batteries Mimic Mammal Bones for Stability

Scientists Have Tested New Materials for Protective Masks

Harnessing Quantum Properties to Create Single-Molecule Devices

Scientists Model Photoluminescence Kinetics in Semiconductor Nanoplatelets for Better Optoelectronic Performance

Paper-based Electrochemical Sensor Can Detect COVID-19 in Less Than Five Minutes

Tiny Ultralight Insulators, At the Push of a Button

High-Speed Atomic Force Microscopy Takes on Intrinsically Disordered Proteins

Mapping Quantum Structures with Light to Unlock Their Capabilities

Research Identifies Nanoscale Effect of Water and Mineral Content on Bone

Nanoparticles with Neutralizing Antibodies Can Inactivate SARS-CoV-2

New CRISPR-Based Test for COVID-19 Uses a Smartphone Camera

Safe Space: Improving the "Clean" Methanol Fuel Cells Using a Protective Carbon Shell

15-Year-Old Scientist and Inventor Named TIME's First 'Kid of the Year'

Chemists Get Peek at Novel Fluorescence

PPK Expands on Its 'Holy Grail' Material with Cheaper Alternative

Russian Scientists Have Learned How to Combat Harmful Fungi, While Sparing Beneficial Ones

RUDN University Physicists Described a New Type of Amorphous Solid Bodies

New Insight into Role of Autophagy in Controlling SARS-CoV-2 Infection

Cooling Electronics Efficiently with Graphene-Enhanced Heat Pipes

Medicine-Carriers Made from Human Cells Can Cure Lung Infections

A Machine Learning Solution for Designing Materials with Desired Optical Properties

Nanomaterials Enable Passive Dual-Mode Heating and Cooling Device

New Platform Generates Hybrid Light-Matter Excitations in Highly Charged Graphene

How Nanotechnology Helps mRNA COVID-19 Vaccines Work

Nanomedicine's Giant Step into the Fight Against the COVID-19

Novel Metal-Organic Framework Nanosheets Developed for Anticorrosive Coating

FSU Chemistry Professor Uses Old Materials to Make Newer, Better Solar Cells

Graphene: The Building Block for Sustainable Cities

Tunable Rainbow Light Trapping in Ultrathin Resonator Arrays

High-Performance Nanocatalysts on Mission to Supply Clean Hydrogen Fuel from Water and Sunlight

Quantum Dot Paint Could Make Airframe Inspection Quick and Easy

Virus-Like Probes Could Help Make Rapid COVID-19 Testing More Accurate, Reliable

A New Nanoemulsion Eye Drop Formulation of a Small Molecule RUNX1 Inhibitor

Ancient Artefacts Found in Tamil Nadu Has Carbon Nanotubes

Russian Scientists Create Unique Neural Network for Analysing Nanoparticles

MARA: Using Nanotechnology to Fight Antibiotic Resistance

Graphene Balloons to Identify Noble Gases

Skoltech Scientists Run a ‘Speed Test’ To Boost Production of Carbon Nanotubes

Efficient and Durable Perovskite Solar Cell Materials

Quantum Nanodiamonds May Help Detect Disease Earlier

Lanthanide Nanocrystals Brighten Molecular Triplet Excitons

Stanford Scientists Invent Ultrafast Perovskite Solar Module Manufacturing Process

Shining a Light on Nanoscale Dynamics

Detecting Bacteria with Fluorescent Nanosensors

An Ionic Forcefield for Nanoparticles

New Plant-based Gel to Fast-track 'Mini-organs' Growth, Improve Cancer Treatment

Researchers Control Multiple Wavelengths of Light from A Single Source

Creating Higher Energy Density Lithium-Ion Batteries for Renewable Energy Applications

Sound Waves Power New Advances in Drug Delivery and Smart Materials

‘Nanobodies' Could Hold the Solution to New COVID-19 Therapies

Direct Visualization of Quantum Dots Reveals Shape of Quantum Wave Function

A Step Forward in the Practical Industrial Applications of Carbon Nanocomposites

Laser Technology: New Trick for Infrared Laser Pulses

Replicating Surfaces, Right Down to a Fraction of an Atom

25.17% Efficient Perovskite Solar Cell via New Photoactive Layer

Controlling Fully Integrated Nanodiamonds

Perfect Imperfection: Electrode Defects Boost Resistive Memory Efficiency

UM Achieves Breakthrough in Development of Stable Perovskite Solar Cells

Solar Perovskite Start-up Evolar Bags New Investment to Target Rapid Commercialisation

Turning Waste Plastic into Carbon Nanotubes to Transmit Electricity

Contact Lenses for Diagnostic and Therapeutic Use

Vibrations of Coronavirus Proteins May Play a Role in Infection

Combining Incipient Ferroelectrics and Graphene Leads to New Insights into Memristive Devices

Staying Ahead of the Curve with 3D Curved Graphene

New Green Materials Could Power Smart Devices Using Ambient Light

A New Understanding of Ionic Interactions with Graphene and Water

Researchers Demonstrate 'Roll-To-Roll' Manufacturing of Flexible Perovskite Solar Cells

Revolutionary CRISPR-based Genome Editing System Treatment Destroys Cancer Cells

Predicting Forces between Oddly Shaped Nanoparticles

Scientists Age Quantum Dots in a Test Tube

A Pressure Sensor at Your Fingertips

Light-Controlled Nanomachine Controls Catalysis

Improving Quantum Dot Interactions, One Layer at a Time

New Technology Allows More Precise View of the Smallest Nanoparticles

Nanotechnologies to Help in New Cancer Treatment Strategy

Tiny Tubes Come in Big Packages

Mastering the Art of Nanoscale Construction to Breathe Easy and Bust Fraud

A DNA-based Nanogel for Targeted Chemotherapy

Gold Nanoparticles Turn the Spotlight on Drug Candidates in Cells

Sorting Out Viruses with Machine Learning

pH-Sensitive Iridium Complexes as Catalytic Anticancer Compounds

New Tractor Beam Has Potential to Tame Lightning

Nanometric Carbon Nitride Photocatalysts with “À La Carte” Properties

A Therapeutic Option for Glioblastoma Using pH-Sensitive Nanomicelles

Novel Quantum Dots Facilitate Coupling to Quantum Memory Systems

Charges Cascading Along a Molecular Chain

Smaller Than Ever—Exploring the Unusual Properties of Quantum-Sized Materials

Power-Free System Harnesses Evaporation to Keep Items Cool

Antiferromagnets Are Suitable for Dissipationless Nanoelectronics, Contrary to Current Theories

Water Predictions: Telling When a Nanolithography Mold Will Break Through Droplets

Improving High-Energy Lithium-Ion Batteries with Carbon Filler

Graphene Electrodes for Better-Performance Supercapacitors

Mimicking the Navigation of the Insect Brain

Success in Controlling the Composition of Perovskite Ions Paves the Way for Applying Their Flexibility to Devices

New Family of Quasiparticles in Graphene-based Materials

Scientists Use Bacteria as Micro-3D Printers

Making 3-D Nanosuperconductors with DNA

Glioblastoma Nanomedicine Crosses into Brain in Mice, Eradicates Recurring Brain Cancer

Implantable Sensor Could Measure Bodily Functions and Then Safely Biodegrade

Blue-light Emitting Heterojunctions Based on Graphene Could Open the Way to New Optoelectronic Devices

Bringing Drugs to the Brain with Nanoparticles to Treat Neurodegenerative Diseases

A More Resistant Material Against Microorganisms is Created to Restore Cultural Heritage

Super-Fast Quantum Light Detection

Hollow Porphyrinic Nanospheres

Synthesis of New Carbon Material: Diamond-Like Carbon Nanofiber Film

Infection Diagnostics 3.0: Faster Thanks to Nanopore Sequencing

Nanotechnology’s Role in the Race to Find a COVID-19 Vaccine

Coating Plastics by Porous Nanofilm

A Better Understanding of Coral Skeleton Growth Suggests Ways to Restore Reefs

Higher-Resolution Imaging of Living, Moving Cells Using Plasmonic Metasurfaces

Environmentally Friendly Method Could Lower Costs to Recycle Lithium-Ion Batteries

Tips for Making Nanographene

Blue Phosphorus: How a Semiconductor Becomes a Metal

Germanium Telluride's Hidden Properties at the Nanoscale Revealed

Scientists Develops Way to Quickly Detect Antibiotic-Resistant Bacteria

The Applications of Liquid Crystals Have Been Extended to Drug Encapsulation

Physicists Have Developed an Efficient Modem for the Future Quantum Internet

Nanobodies Efficiently Neutralize SARS-CoV-2 in Cells

Study Applies Error-Reducing Methods from Particle Physics to Quantum Computing

Lithium-Ion Battery Research "Flowers"

Laser-Powered Nanomotors Chart Their Own Course

Next-generation Computer Chip with Two Heads

Llama Nanobodies Could be a Powerful Weapon Against COVID-19

Building a Quantum Network One Node at a Time

Researchers Develop Sensors That Detect Human Biomarkers and Toxic Gas

Scientists Grow Carbon Nanotube Forest Much Longer Than any Other

Researchers Discover Material with Refractive Index Higher than in Silicon

Nano Coatings with Contrasting Properties

Making Biodiesel from Dirty Old Cooking Oil Just Got Way Easier

Industrial-Strength Brine, Meet Your Kryptonite

A New Approach for Studying Electric Charge arrangements in a Superconductor

The Importance of Good Neighbours in Catalysis

Reprogrammed Protein ‘Cage’ Unlocks Clean Energy Potential

Break It Up: Polymer Derived from Material in Shrimp’s Shells Could Deliver Anti-Cancer Drugs to Tumor Sites

New Analysis Method Can Lead to Better Cancer Drugs

South Australian Kaolin Clay Deposit a Gamechanger for Nanotechnology in Reducing Carbon Emissions

Ultrapotent COVID-19 Vaccine Designed via Computer

UCLA Researchers Utilize Enzymes to Create Potential COVID-19 Treatment

Chemical Scissors Snip 2D Transition Metal Dichalcogenides into Nanoribbon

Graphene-based Memory Resistors Show Promise for Brain-Based Computing

Countries’ Share of Nano-articles in Q1 Journals

Rice Finds Path to Nanodiamond from Graphene

High-Resolution Lithography for Nanoporous Thin Films

Ultra-Small Hollow Alloy Nanoparticles for Synergistic Hydrogen Evolution Catalysis

How Integrated Operations is Using a Breakthrough Misting Technology to Stop the Spread of Deadly Viruses and Bacteria

Scientists Explain the Paradox of Quantum Forces in Nanodevices

Reliable Quality-Control of Graphene and Other 2D Materials Is Routinely Possible

Turning a Coronavirus Protein into a Nanoparticle Could be Key for COVID-19 Vaccine

Turning Streetwear into Solar Concentrators

Liquid Nanofoam Could Be a Game Changer for Future Football Helmets

Tailoring 2D Materials to Improve Electronic and Optical Devices

Swiss Startup Betting on Nanotechnology to Speed Cancer Diagnosis

"Father of Green Medical Nanotechnology" Featured in the Latest Episode of From Campus to Commerce

Researchers Prove Titanate Nanotubes Composites Enhance Photocatalysis of Hydrogen

Tiny Golden Bullets Could Help Tackle Asbestos-Related Cancers

Dnase Coated Melanin-Like Nanospheres for Sepsis Treatment in Severe COVID

On-Surface Synthesis of Graphene Nanoribbons Could Advance Quantum Devices

New Graphene-based Antibody Test Developed for Detecting Kidney Disease

New Catalyst Turns Greenhouse Gases into Hydrogen Gas

Rice Rolls Out Next-Gen Nanocars

Oxygen Can Do a Favor to Synthesize Metal-Organic Frameworks

Charging Electric Cars Up To 90% in 6 Minutes

Graphene-Enhanced PPE for COVID-19

Loose Nanofiltration Membrane is Promising in Resource Recovery

Optical Wiring for Large Quantum Computers

New Test Method to Standardize Immunological Evaluation of Nucleic Acid Nanoparticles

New Atomic Layer Deposition Process Invented by UAH Researchers

With Innovative Nanofiber Membranes, Cloth Masks’ Efficacy Goes up to 99%

Cicada-Inspired Waterproof Surfaces Closer to Reality

FEFU Scientists Helped Design a New Type of Ceramics for Laser Applications

Delivering Proteins to Testes could Someday Treat Male Infertility

Chili-Shaped Device Could Reveal Just How Hot That Pepper Is

Good Vibrations from Renewable Energy

Scientists Use Gene Therapy and a Novel Light-Sensing Protein to Restore Vision in Mice

Tough Love: Intense Glare Helps Next-Gen Solar Tech through Awkward Phase

Scientists Manage To Improve Metallic Glasses

Highly Sensitive Sensors Developed By KTU Scientists Can Be Used From Space Observations to Identifying Coronavirus Infection

Scientists Develop a Micro-Supercapacitor Made of Graphene Ink

New Device Powers Wearable Sensors through Human Motion

Calcium Bursts Kill Drug-Resistant Tumor Cells

Researchers Create Multi-Functional Nano-Vaccine to Prevent Toxoplasmosis

Altering the Properties of 2D Materials at the Nanometer Scale

Turning Plastic Waste into Hydrogen Gas and Carbon Nanotubes

COVID-19 Rapid Test has Successful Lab Results, Research Moves to Next Stages

Harnessing the Power of Nanobodies to Rebuild Kidneys

Horizon 2020 Projects Series: SUSNANOFAB Open Access Digital Platform Promotes Sustainable Nanofabrication

Scientists Propose Potential Method for Imaging-Guided Synergistic Cancer Therapy

Controlling the Speed of Enzyme Motors Brings Biomedical Applications of Nanorobots Closer

Combination Therapy Against Cancer

Nanomaterial Acts as a Molecular Thermometer

Understanding HCPCD to Help Develop At-Home COVID-19 Tests

Easy-To-Make, Ultra-Low-Power Electronics Could Charge out of Thin Air

Graphene Layer to Protect Communication Systems

Building a Trojan Horse to Fight Breast Cancer

Graphene-based Nanomaterials for the Next Generation Cancer Theranostics

Graphene Detector Reveals THz Light’s Polarization

Stem Cell Sheets Harvested in Just Two Days

Nanoscale Machines Convert Light into Work

Promising Properties of 4D Nanomaterials for Cancer Treatment Discovered

A Hydrogel That Could Help Repair Damaged Nerves

New Drug Carrier Systems

Graphene Microbubbles Make Perfect Lenses

UCI Biochip Innovation Combines AI and Nanoparticle Printing for Cancer Cell Analysis

Intelligent Nanomaterials for Photonics

Taking Gene Editing To the Brain, the Immune System, and more

Experiments with Twisted 2D Materials Catch Electrons Behaving Collectively

Spinach: Good for Popeye and the Planet

Turning Diamond into Metal

Silk Fibers Improve Bioink for 3D-Printed Artificial Tissues and Organs

Nanotech + Iot Brings Exciting Possibilities

‘Like A Fishing Net,’ Nanonet Collapses to Trap Drug Molecules

Nanoparticles Can Turn off Genes in Bone Marrow Cells

Researchers Detect Cancer Cells at an Early Stage of Development via Luminescent Nanothermometers

Development of Haptic Touch Sensor That Works by Static Electricity

Physicists Build Circuit That Generates Clean, Limitless Power from Graphene

Sopot Nanotech Firm Named One of World’s Top 15 Start-ups to Watch

Our Health: New Focus on the Synergy Effect of Nanoparticles

Vaccine Ingredients Could Be Hiding in Small Molecule Libraries

Research Shows Cell Perturbation System Could Have Medical Applications

A New Graphene-based Sensor for Rapid and Low-Cost COVID-19 Diagnosis and Monitoring

The Most Sensitive and Fastest Graphene Microwave Bolometer

New Detector Breakthrough Pushes Boundaries of Quantum Computing

Scientists Capture Candid Snapshots of Electrons Harvesting Light at the Atomic Scale

Colloidal Quantum Dot Light Emitters Go Broadband in the Infrared

A Single Breath – to Know Your Glucose Levels

Zebrafish Embryos Help Prove What Happens to Nanoparticles in the Blood

Nanomotors as Probes to Sense Cancer Environment

New Brain Cell-Like Nanodevices Work Together to Identify Mutations in Viruses

Achieving Invisibility: Cross-Wavelength Invisibility Integrated with Invisibility Tactics

Why Disordered Light-Harvesting Systems Produce Ordered Outcomes

Scientists Studied Nanoparticles Embedded in Silver-Ion-Exchanged Glasses

Terraced Graphene for Ultrasensitive Magnetic Field Sensor

Spinal Injuries: The Recovery of Motor Skills Thanks To Nanomaterials

Secure Nano-Carrier Delivers Medications Directly to Cells

New Analysis of The Interplay Between the Law and Nanotechnology

Superconductivity with a Twist Explained

Speaking with Neurons: Nanostructured Neural Electrodes

Harnessing Big Data and Artificial Intelligence to Predict Pandemic Spread

Nanocrystals Make Volcanoes Explode: Bayreuth Geoscientist Discovers Causes of Sudden Eruptions

Lithium Batteries: New Nanochannels Make Them Charge Faster

New Nanotechnology Design Provides Hope for Personalized Vaccination for Treating Cancer

Why There Is No Speed Limit in the Superfluid Universe

High-Sensitivity Nanoscale Chemical Imaging with Hard X-Ray Nano-XANES

Metal Wires of Carbon Complete Toolbox for Carbon-based Computers

New Materials: A Toggle Switch for Catalysis

Nanostructures with a Unique Property

Who Stole the Light?

Create Nanoparticle SARS-CoV-2 Model to Speed Drug Discovery for COVID-19

New Composite Material Revs up Pursuit of Advanced Electric Vehicles

Researchers Are Developing New Material for Planes and Cars That Will Show Damage Invisible to a Human Eye

Nanostructured Surface Inactivates SARS-CoV-2 Coronavirus within Six Hours

Shape Matters for Light-Activated Nanocatalysts

Applying Machine Learning to Nanophotonic Design Efforts

New Way of Controlling Conductivity of Materials at the Nanoscale

Scientists Develop Method to Safely Study COVID-19, Other Contagious Diseases

Colloidal Dispersions of Nanosheets for Catalysis

Size Determines How Nanoparticles Affect Biological Membranes

New Smart Drug Delivery System May Help Treatment for Neurological Disorders

Functional Ion Nanochannel-based Approach to Detect Tyrosine Phosphorylation

Dynamic Tattoos Promise to Warn Wearers of Health Threats

'Floating' Graphene on a Bed of Calcium Atoms

E-Beam Atomic-Scale 3-D ‘Sculpting’ Could Enable New Quantum Nanodevices

Politecnico Di Milano: Project for Innovation in Nanotechnology Is the Winner of ERC Starting Grant

Anti-Reflective Coating Inspired By Fly Eyes

Why Do Hospital Germs Bind More Strongly To Certain Surfaces Than To Others?

Physicists Make Electrical Nanolasers Even Smaller

New Nanomedicine can Diagnose and Treat Prostate Cancer in a More Efficient and Less Aggressive Way Than Chemotherapy

Energy Harvesting Goes Organic, Gets More Flexible

Single Photons From a Silicon Chip

New Method to Design Diamond Lattices and Other Crystals from Microscopic Building Blocks

Boron Nitride Nanofilms Will Replace Antibiotics While Protecting Against Bacterial and Fungal Infections

Novel Photoresist Enables 3D Printing of Smallest Porous Structures

New On/Off Functionality for Fast, Sensitive, Ultra-Small Technologies

Rubbery Properties Help RNA Nanoparticles Target Tumors Efficiently and Quickly Leave Body, Study Shows

UCLA Scientists Create World’s Smallest ‘Refrigerator’

Sustainable Synthesis of Carbon Nanotubes

A High-Yield Method for Assembling Targeted Nanoparticle Clusters

Diamond-based Nano-Microscope Gives First Direct Observation of Magnetic Properties of 2D Materials

CIGS Cells for Micro-concentrator PV Devices

Superconductors Are Super Resilient to Magnetic Fields

New Method to Produce Gold Nanoparticles Directly in Cancer Cells

Researchers Create Better Material for Wearable Biosensors

Quantum Thermometer Using Nanodiamonds Senses A ‘Fever’ in Tiny Worms C. Elegans

Quirky Response to Magnetism Presents Quantum Physics Mystery

Experimental Vaccine That Boosts Antigen Production Shows Promise Against COVID-19

Spectral Classification of Excitons

Nanotubes Enable First Atomic-Scale Observation of Nucleation’s Baby Steps

Understanding Electron Transport in Graphene Nanoribbons

Detecting the Handedness of a Single Nanoparticle

Scientists Engineer DNA-based Nanotechnology to Stimulate Potent Antitumor Immune Responses in Preclinical Models

Significant Leap Forward in Method for Cancer Treatment

Nanotechnology Based Antimicrobial Product HYDRAGUARD PLUS Will Dominate and Replace Disinfectants during Pandemic

Detecting SARS-COV-2 in 30 Seconds with Cheap and Sensitive Nanotubes

A New Technique Prevents Errors in Quantum Computers

Chemist Develops New Type of Water-Repellent Film

Sampling the Gut Microbiome with an Ingestible Pill

Bioactive Nano-capsules to Hijack Cell Behavior

Fighting Breast Cancer with Nanotech, Immunotherapy

The Nanotechnology Breakthrough with Potential Significance for Biomedical Sensors

Bio-based Photo-Resin Invented by Lithuanian Researchers Promises A Breakthrough in Rapid Prototyping

The New Composite Prevents Malfunctions of Electronic Devices

Brain’s Immune Cells Promising Cellular Target for Therapeutics

Physicists Achieve Tunable Spin Wave Excitation

A Gold Nanoparticle Nearly Cloaked by a Single Molecule

Scientists Synthesize Lead-Free Zirconium-based Vacancy Ordered Double Perovskite Nanocrystals

Peel-Apart Surfaces Drive Transistors to the Ledge

Paving the Way for Tunable Graphene Plasmonic THz Amplifiers

Upcycling Pineapple Leaves into Eco-Aerogels

Boundaries No Barrier for Thermoelectricity

A New Twist on DNA Origami

An Environmentally Friendly Way to Transform Silicon into Nanoparticles

A New Platform for Controlled Delivery of Key Nanoscale Drugs And More

Giant Nanomachine Aids the Immune System

Engineers Create Micron-Scale Optical Tweezers

Malaria Treatment Plus Nanotech Increases Radiation Cancer Treatment’s Effect

CU Scientists Create Multipurpose Batteries That Could Make it Easier to Get Around on Mars

New Advancement in Nanophotonics Has The Potential to Improve Light-based Biosensors

Sticky Nanofibers Slide at a Now Predictable Stress

Nanomaterials – Short Polymers, Big Impact

An Improved Wearable, Stretchable Gas Sensor Using Nanocomposites

IIT Madras Startup Subsidiary Launches Nano Textile Coating to Inactive Coronavirus

TAU Scientists Attempts to Treat Skin Cancer with Nanotechnology

StatNano’s Statistical Review of 2019 Publication

Sussex Study Enables Predicting Computational Power of Early Quantum Computers

New Ultra-Long Circulating Nanoparticle Developed for Chronic Myeloid Leukemia

New Understanding of Electrolyte Additives Will Improve Dye-Sensitized Solar Cells

Researchers Identify Nanobody That May Prevent COVID-19 Infection

Application of Two Engineering Nanomaterials Provides Novel Way to Improve Salt Tolerance in Plants

Machine Learning Peeks into Nano-Aquariums

Investigation of Core-Shell Nanocatalyst [email protected] for Ammonia Synthesis

Pots of Gold Engineered to Help with Early Disease Detection

Tiny Engineered Therapeutic Delivery System Safely Solves Genetic Problems in Mice

DNA Nanoswitches Rapidly Detect Emerging Viruses Including SARS-CoV-2

Velcro Method for More Precise Binding of Drug Particles

Synthesis of Organophilic Carbon Nanodots with Multi-Band Emission from Tomato Leaves

Researchers Create Nanoclusters That Mimic Biomolecules

Controlling Heat Opens Door for Next-Generation Lighting and Displays in Perovskite LEDs

Researchers Shed Light on The Building Blocks for Next-Generation LED displays

Creating the Best TV Screen Yet

Scientists Slow and Steer Light with Resonant Nanoantennas

A New Lens on The World: Improving the Metalens with Liquid Crystal

New 'Molecular Computers' Find the Right Cells

Nanotech for Improved Wound Healing

An On-Skin Durable Nanomesh Sensor to Monitor Natural Skin Motion

Canadian Coalition for COVID-19 Releases 51 Promising Nanobodies

Trapping and Controlling Light at The Interface of Atomically Thin Nanomaterials

Graphene Sensors Find Subtleties in Magnetic Fields

Aerogel – The Micro Structural Material of The Future

Promising Strategies to Enhance Separation Selectivity of Nanofiltration

Insect Wings Inspire New Ways to Fight Superbugs

Shock to Bacteria Activates Nature’s Electrical Grid

Toward a Coronavirus Breathalyzer Test

Further Details Revealed about A Highly Efficient Anticancer Drug Delivery System

Cosmic Rays May Soon Stymie Quantum Computing

Thin Layer Protects Battery, Allows Cold Charging

New 'Nanopores' Technique Offers Proof-Of-Concept of Earlier, Safer Tumor Detection

Micro and Nanoplastics Detectable in Human Tissues

Converting Solar Energy to Hydrogen Fuel, with Help from Photosynthesis

Stopping Tooth Decay Before it Starts – without Killing Bacteria

Regulation of Cancer Stemness by the Best Combination of Nanotechnology and Genetic Engineering

Scientists Develop Approach to Synthesize Unconventional Nanoalloys for Electrocatalytic Applications

No Limit Yet for Carbon Nanotube Fibers

INS to Develop COVID-19 Treatment with Peruvian Llama Nano Antibodies

Wearable Sensors Printed on Natural Materials Analyze Substances Present in Sweat

Plant Health Management by Flexible Electronics

Manchester-Led Research Offers Advance in Superconductors with A ‘Twist’

Quantum Materials Quest Could Benefit from Graphene That Buckles

Nanotechnology to Prevent Bird Strikes

Nanoparticles to Immunize Plants Against Heat Stress

Fracture Toughness of The Material for Aircraft Construction is Increased by 1.5 Times

UCLA Computer Scientists Set Benchmarks to Optimize Quantum Computer Performance

De Novo Nanoparticles as Vaccine Scaffolds

De Novo Designed SARS-CoV-2 Nanoparticle Vaccine

Engineers Manipulate Color on The Nanoscale, Making it Disappear

A Light Bright and Tiny: NIST Scientists Build a Better Nanoscale LED

Nanotubes in The Eye That Help Us See

Storing Energy in Red Bricks

Researchers Discover New Phase of Nanoconfined Water

Porous Liquids Allow for Efficient Gas Separation

Upcycling Plastic Waste Toward Sustainable Energy Storage

Why Nanomaterial Quality Matters, and the Smart New Way to Check It

Research Exposes New Vulnerability in SARS-CoV-2

3D Printed Super-High-Resolution Nano Display a Game Changer for AR/VR

Perovskite and Organic Solar Cells Rocketed into Space

Nanocrystals from Recycled Wood Waste Make Carbon-Fiber Composites Tougher

Silk Scaffolds and Magnetism to Generate Bone Tissue and Be Able to Use it in Implants

Oxford Instruments Plasma Technology Joins Quantum Foundry at UCSB

Seeing Chemical Reactions with Music

Superior TNOx/HRGO Hybrid Anode for Lithium-ion Batteries

Researchers Discover How to Get More Cancer-Fighting Nanoparticles to Where They Are Needed

From Nanocellulose to Gold

Sona Nanotech Updates on Timing of Clinical In-Field Validation Studies for Its COVID-19 Antigen Test

Hydrogel Paves Way for Biomedical Breakthrough

Plantain and Nanotubes Used to Create Material for Automotive Industry

Polymer Coating ‘Hooks Up’ Metal Implants with Human Bones

Layer of Nanoparticles Could Improve LED Performance and Lifetime

New Intranasal Vaccine Platform Provides Potential for more Effective Vaccines with Fewer Side Effects

'Spontaneous De-Doping' for 17.8%- Reliable Perovskite Mini-Module

Nanoparticle System Captures Heart-Disease Biomarker from Blood for In-Depth Analysis

A Closer Look at Water-Splitting’s Solar Fuel Potential

Novel Approach Improves Graphene-based Supercapacitors

Certainty in Just 15 Minutes – Researchers Develop a Graphene Oxide-based Rapid Test to Detect Infections

Brazilian Researchers Develop an Optical Fiber Made of Gel Derived from Marine Algae

New Fabrication Method Brings Single-crystal Perovskite Devices Closer to Viability

Nano-Sponges of Solid Acid Transforms Carbon Dioxide to Fuel and Plastic Waste to Chemicals

A New Synthesis Method for Three-dimensional Nanocarbons

New Research Finds Graphene Can Act as Surfactant

TU Graz Researchers Synthesize Nanoparticles Tailored for Special Applications

Nanoparticle-carrying Red Blood Cells as Biocompatible Adjuvant for Vaccine Candidates

Detection of Lung Cancer Aided by a Simple Blood Test

Graphene Goes Nuclear

PAI Life Sciences’ Coronavirus Vaccine Protects Mice and Primates

Nanoparticle-using Hyperthermia Treatment Is a Potential Substitute for Chemotherapy and Radiotherapy

Body Movements Identification Using Deep-learning and Powered Skin Sensors

A Nanoparticles-enhanced Immunotherapy to Fight Against Difficult-to-treat Forms of Breast Cancer

Piezoelectric Tin-monosulfide Candidates for Developing Flexible Nanogenerators

Chitosan-loaded Nanoparticles as an Open Sesame for Severity of Rheumatoid Rrthritis

Ultra-fast Extreme Ultraviolet Lasers to Fully Probe a 5-nm-thick Film

Semi-transparent Perovskite Solar Modules Open New Window into Rooftops

Nanotextured Aluminum as an Approach for Water-purifying, Anti-gravity Solar Modules

Fluorescent Peptide Nanoparticles Privilege: Various Colors for Various Biomedical Applications

UV Light: Ready-to-apply Measure to Reduce COVID-19 Transmission in Indoor Spaces

Nanocages Scale-up to Improve Nuclear Reactors Efficiency and Reliability

Zero-strain Graphene Cathodes for Improving Lithium-ion Batteries Performance

Lead-free Layered Perovskite Quantum Dots to Fabricate Photoelectric Devices

Ni Nanowires Contributions to Fast-charging and high-capacity Lithium-ion Batteries

Novel Nano-engineering Strategy Potential for Continuous Monitoring of COVID-19’s Interaction with Cells

Groundbreaking Universal Technology for Introducing Novel Drugs into Clinical Practice

Lipid-based Nanoparticle Emulsion Vaccine Neutralizes COVID-19 in Mice

Rapid Detection of Lung Disease through the Exhalation

How Can CZTSSe Thin Films be Alternative Solutions for Developing Sustainable, Non-toxic Solar Cells?

Real-time Detection of COVID-19 Aided by CNT-based Electrochemical Sensors

Amphiphilic Behaviour of Graphene Nano-Flakes

Novel Lab-on-a-chip Blood Type Detector Accelerates Blood Transfusion in E.R.

A Urine Test for Screening Lung Cancer by Harvard and MIT

What Is “DNA origami” and How Does It Help Develop Vaccines?

Thinner Insulators for 2D Nanoelectronics Enable Thinner Computer Chips

A Nanostructured Garden with Flowers, Leaves, and Grass for Harvesting Hydrogen

Lightest Material Ever for Electromagnetic Interference Shielding

Photoactive Polymeric Nanoparticles Make World’s First Biomimetic Liquid Retina Prosthesis

Nano-focused X-ray Laser Enables Scientists to Picture the Unpicturable!

Can We Print Our Own House?

No More Dusty Solar Panels with This Nanoparticle-based Novel Coating

Swansea University's Printed Perovskite Solar Cells Break Efficiency Record

Butterflies Inspired Researchers to Bring Nature Right into Your TV Room

This Nano-coated Filter Provides Better Protection for COVID-19 Superheroes

Widest Graphene Nanoribbon Ever Enables Next-gen Miniaturized Electronics

What Do Janus, Two-faced Roman God, and Janus 2D Crystals have in Common?

Nanosponges Guarding Against Coronavirus Infection

More Durable, More Stable, Perovskite Solar Cells Now Have Graphene Armor On

Direct ‘Solar-to-Hydrogen’ Solar Cells: Australia Sets New Record

World’s Toughest Solid Electrolyte for Solid-state Li-ion Batteries

COVID-19: WRAIR Delivers Its Spike Ferritin Nanoparticle Vaccine for Human Testing

When Nanotechnology Finds Its Way into Our Mouth!

Engineered Nanomaterials and Crop-based Agriculture: System-wide Costs and Benefits

Artificial Intelligence Can Now Reliably Predict Nanoparticle Structure and Dynamics

Next-gen Energy Storage Devices Use Oxygen of the Air to Charge

World’s Most Compact Semiconductor Laser Addresses the ‘Green Gap’ Problem

Get Ready to Say Wow! Laser Cooling Technology Is Coming!

Simple Production of Graphene Nanoribbons with Customizable Properties

Japanese Researcher’s Light Bulb Moment and the Discovery of Photovoltaic Nanotubes

Nanoparticle Vaccine for COVID-19 with Added Value and Socio-economic Benefits

Nanotechnology Makes Possible; Cutting Nanometric Patterns into 2D Materials

Extremely Water-repellent Materials Now Wear Armour to Fix Their Main Flaw

Two Birds, One Stone; Turning Carbon Dioxide into Fuel via Solar Energy

MIT Researchers Find the Key to Catalyzing CNT Growth in the Kitchen!

Perovskite Solar Cell Startup’s Founders Aim to Tackle Climate Change

Flexible Solar Cells, Far-fetched Then, But Possible Now

Now Even Low-income Families Can Have Refrigerators, All Thanks to Nanotechnology

Stanford Researchers Develop a Gene-targeting Antiviral Agent Against Coronavirus

Recent Advances on Plasmonic Enhancement of Perovskite Solar Cells

This Revolutionary Material Knows Nothing about Being Cut!

Visual COVID-19 Detection in 10 Minutes Using Gold Nanoparticles

Reusable Graphene-coated Surgical Mask Sterilizes Itself with Sunlight

Salute to Novel Magnetic Nanotechnology for No More Cloudy White Wines!

Hospitals with Antiviral and Antibacterial Surfaces Prevent Infections from Spreading

Spray Coating Method for Developing Highly Stable Perovskite Solar Cells

Soon You Can Use Your N95 Mask Over and Over Simply by Replacing Its Filter

Twenty-year-old Carbon Nanotube Sensor the Basis of Today’s COVID-19 Detector

Anti-coronavirus Nanoparticle-based Coatings for Healthcare and Public Settings

Guelph Researchers: Self-sterilizing Nano-coating and No More Coronavirus-infected Surfaces

Nanotechnology Saves Lives by Identifying High-risk COVID-19 Patients

Plasmonic Nanoparticles and 2D Materials Join Physics to Detect COVID-19

Silver Nanocubes and Easily-readable Bedside Diagnostics

Can Living Microalgae Help Fight Climate Change? Hint: Nano-electricity!

Scientists Are Forging Ahead with Quantum Computing to Develop COVID-19 Treatments

Wondering Why Coronavirus Has Lower Mortality Risk for Young People?

Australian Researchers Nearing Commercialization of Perovskite Solar Cells

Arcturus Therapeutics and Catalent to Jointly Develop mRNA-based COVID-19 Vaccine

German Researchers Develop Nanoparticles That Selectively Destroy Tumor Cells

Small but Mighty! Nanoparticles May Hold Key in Brain Cancer Treatment

Integrating Au Nanoparticles with Lasers Enables Studying Molecules in Deep Brain

Inspired by Spiders: Antiadhesive Nanostructured Comb for Taming Unruly Nanofibers

Running Out of Masks? Combine These Two Fabrics to Make a Good One at Home, Research Says!

Corona-phobic AND Needle-phobic? Check Out This Inhalable Nanoparticle-based Vaccine!

University of Waterloo Formulates DNA-based COVID-19 Vaccine Deliverable by Nasal Spray

Arcturus Therapeutics and Duke-NUS Medical School Use Nanocarriers to Develop COVID-19 Vaccine

Gold Nanoislands Enable an Innovative Biosensor for Novel Coronavirus

Nanotechnology to Save Lives from Ravages of COVID-19’s ‘Cytokine Storm’

International Partnership’s Chemically Engineered Nanoparticles for COVID-19 Treatment

Rice Researchers Adapt Their Trap-and-Zap Technology to Recognize Coronaviruses

How Nanobodies Lay Foundation for Advances in Diagnosis and Treatment of COVID-19

RIT’s Lab-on-chip Device Uses Magnetic Nano-beads to Detect Viruses and Bacteria

Field-effect Transistor-based Biosensor Detects Coronavirus in Under a Minute

More Accurate, Rapid COVID-19 Test Based on Gold Nanoparticles

Computer Simulations Suggest Four Peptide Inhibitors as Potential COVID-19 Treatments

Can You Guess the Percentage of Nanopharmaceuticals Developed for Oncology?

This Carbon Nanostructure Reaches Theoretical Strength, Even Stronger Than Diamonds

Nanodiagnostics Enable Early Stage Disease Detection

Frontiers’ Journals Call for Papers on Nanotech Solutions to Tackle COVID-19

This Nanotech-based Coating Can Make Regular Masks Resistant to Coronavirus

New Nanogold-based COVID-19 Test Can Ease Pressure on PCR Methods

Looking for a Highly Breathable Mask That Can Block out Coronavirus? Here It Is!

Photonics Scientists Develop Laser-based Instant Saliva Test for Coronavirus

New Nanostructured Therapy Holds Promise in Fighting Coronavirus

This Nanocoating Enables Masks to Capture AND Destroy Coronavirus

What Nanotechnology Has to Do with 2nd Generation Rapid COVID-19 Antibody Tests

Novavax’s First-in-Human Coronavirus Vaccine Is Set to Be Tested in Mid-May

Norway Turns Silica-coated Iron Oxide Nanoparticles into 150,000 COVID-19 Tests Per Week

CoNVaT Develops a COVID-19 Diagnostic System by Integrating Best Existing Technologies

Nanovaccines Can Unlock the Door to a World without COVID-19

Ufovax Formulates COVID-19 Vaccine Using its Nanoparticle Vaccine Technology

Temperature Fluctuations Affect Coronavirus; Myth or Fact?

Johnson & Johnson Selects Its Lead COVID-19 Vaccine Candidate

University of Queensland’s COVID-19 Vaccine Candidate to Be Tested

Reusable Graphene Mask Sterilises Itself Against Coronavirus with Electrical Charge

Here’s How Nanomedicine Provides Insights into Chloroquine’s Efficacy Against COVID-19

Copper Nanotechnology: HIV Is No Longer a Reason Not to Breastfeed

Japanese Researchers Develop Flexible MoS2-based Nanogenerator Suitable for Powering IoT Devices

China Leverages Nanotechnology to Deactivate the Novel Coronavirus

Revolutionary Nanoscale Device Replicates Human Brain Functions

Medical Devices Armed Against Bacteria by Graphite Nanoplatelets

A Step Toward Curing Celiac Disease with Gliadin-containing Nanoparticles

Researchers Visualized Real-time Movement of Single Molecules Inside Helium Nanodroplets

China’s First Coronavirus Vaccine Delivered for Human Trials

Nano-device Rapidly Diagnoses Blood’s Harmful Bacteria

Nanofiber-based Face Mask Preserves Its Filtering Function and Sturdiness After 20 Washes

MIT Spin-out Startup Develops Paper-based Rapid Test for COVID-19

Moderna Runs First Human Trial for Coronavirus Vaccine

Nanoparticles Cast New Light on Mysterious Coronavirus, Treatment Is Around the Corner

Researchers of ICN2 to Run a European Project to Develop a Rapid COVID-19 Test Based on Nanobiosensors

Curcumin is the Spice of Life When Delivered via Tiny Nanoparticles

Novavax Deploys Its Nanoparticle Vaccine Technology to Fight Coronavirus

Nanospectra Biosciences’ Pivotal Study of AuroLase Therapy for Prostate Cancer Treatment

Synergistic Antiviral Activity of Graphene Oxide and Common Antiviral Agents

New Green Technology from UMass Amherst Generates Electricity ‘Out of Thin Air’

Inspired by Nature: Iowa State University’s Researchers Develop Chameleon Metals

Have We Been Seeking Water in the See So Far? NaCl Nanoparticles for Cancer Treatment!

Bacteria, Friend or Foe?!

Coronavirus Outbreak? No Worries, Nanotechnology Is There to Help!

20-Year Trend in Nanotechnology Publications

Samsung to Develop More Efficient, Yet Heavy-metal-free Quantum Dots for Use in Displays

2019’s 20 Leading Countries in Nanotechnology Publications

Researchers Perfect Nanotechnology Tool for Studies of Nuclear Waste Storage

New Blueprint for Developing Nanomaterials Offers Hope for Future Health-Care Monitoring

Little Big Minds Compete in “3M Young Scientist Challenge”; Nanotechnology Wins

Before You Handle Nanomaterials, You Might Want to Know This

A Nanotechnology Research Collaboration between Harvard University and Moderna

Nanoemulsion Medicine to Protect the Patients from the Side Effects of Chemotherapy

Light for the Nanoworld

New Self-healing Glass Developed in Denmark

2D Perovskites: A Spike in Solar Cells Stability Improvement

Collecting Resources in Nano-sized Factories Targeted for Biotech

All-Inkjet-Printed Conductive Electronic Textiles

A Gold Mining Company Supports Rapid Cancer Test Study

Borophene: an Unknown, Ardent Rival for Graphene

Insights into‎ Graphene Oxide Diffusion Mechanism along Cell Membranes

MXenes: A New Two-dimensional Family of Nanostructures with Exceptional Properties

Asian Focus on Nanotechnology Research

CRISPR Technology Challenges from Hype Stage to Market

The Discovery of a Nanotube That Produces Electricity!

And the Award Goes to … Nanotechnology Rising Stars!

Crisp Packets Can be Recycled Thanks to Nanotechnology

A Glance at the Latest Advancements of Viral Nanoparticles in Cancer Treatment

Magnetic Nanoparticles Contribution to Eliminating Water Contaminants

Self-healing DNA Nanostructures Applications from Computing to Medicine

Artificial Photosynthesis without Chlorophyll: Gold Nanoparticles Convert CO2 into Liquid Fuel

Developing Nanosensors for Health Monitoring

Transferring Continuous, High-Quality Graphene Films in a Clean, Dry Environment

A Novel Breakthrough in Catalysts Technology Nanozymes

This Study Stretches the Limits of Conventional Triboelectric Nanogenerator

A Look Back at the Emergence of Graphene Products in 2018

What Does Analysis of Nanotechnology Hot Papers of 2018 Tell Us?

Nanotechnology Publications of 2018: An Overview

Nanotechnology, as Practiced in Research Centers and Universities of Muslim World

1808 Researchers At The Vanguard of Nanotechnology: A Report on H-Index and Number of Citations

Main Players of Nanotechnology Based on Hot Research Topics

TIA, Japanese Innovative Network for Nanotechnology Applications

Publication of More than Half of Nanotechnology Articles in 2017 by Top Three Countries

Publication of Highest Number of Nanotechnology Articles by Chinese Academy of Sciences

China in Hot Pursuit of United States to Rank First in Nanotechnology in World