Using DNA structures as scaffolds, Tim Liedl, a scientist of Ludwig-Maximilians-Universitaet (LMU) in Munich, has shown that precisely positioned gold nanoparticles can serve as efficient energy...
Apr 9, 2021
Since the inception of the field in 2006, laboratories around the world have been exploring the use of ‘DNA origami’ for the assembly of complex nanostructures. The method is based on DNA strands with defined sequences that interact via localized...
Apr 9, 2021
Work from the University of Manchester outlines applications for smart surface technology that covers the entire electromagnetic spectrum, including the visible light region. Applications for the new optical devices range from next-generation disp...
Apr 9, 2021
Scientists create stable nanosheets containing boron and hydrogen atoms with potential applications in nanoelectronics and quantum information technology.
Apr 9, 2021
PI’s air bearing motion product line is expanding. The new A-523 Z-Tip-Tilt low profile nano-positioning and alignment stage is based on a frictionless motion concept with air bearings and ironless 3-phase linear motors.
Apr 9, 2021
The properties of carbon-based nanomaterials can be altered and engineered through the deliberate introduction of certain structural "imperfections". The challenge, however, is to control the number and type of these defects. Chemists an...
Apr 9, 2021
In a new discovery regarding graphene, two research teams independently discovered a particular graphene system whose electrons "freeze" as temperature rises.
Apr 8, 2021
This podcast features a neuromedicine specialist and the author of a book on the physics of sight and sound The post Graphene gives neural interfaces a boost, the amazing physics of hearing and vision appeared first on Physics World.
Apr 8, 2021
Using DNA structures as scaffolds, Tim Liedl, a scientist of Ludwig-Maximilians-Universitaet (LMU) in Munich, has shown that precisely positioned gold nanoparticles can serve as efficient energy transmitters.
Apr 8, 2021
In a new study, a team of researchers demonstrates that graphene's nonlinearity can be very efficiently controlled by applying comparatively modest electrical voltages to the material.
Apr 8, 2021
