Quantum computing researchers have made improved qubits by exploiting concepts from high school chemistry.
Feb 11, 2020
In a custom-developed virtual reality (VR) classroom at the University of Arizona, students can pick up and examine scaled-up versions of nanosize objects. The classroom is part of Nano 2020, a University of Arizona-led initiative to develop curri...
Feb 11, 2020
Scientists combine data analysis techniques with molecular dynamics simulations to understand the structure of water on material surfaces.
Feb 11, 2020
Organic-inorganic metal halide perovskites have emerged as a promising optoelectronic material with exceptional structure and property tunability. This new generation of functional materials possess excellent properties such as large optical absor...
Feb 11, 2020
Wearable tech and electronic cloth may be the way of the future, but to get there the wiring needs to be strong, flexible and efficient.
Feb 11, 2020
Researchers at EPFL and MARVEL have developed a novel formulation that describes how heat spreads within crystalline materials. This can explain why and under which conditions heat propagation becomes fluid-like rather than diffusive. Their equati...
Feb 11, 2020
A research team at KAIST reported clinically accurate multiplexed electrical biosensor for detecting Alzheimer's disease by measuring its core biomarkers using densely aligned carbon nanotubes.
Feb 11, 2020
Quantum computing researchers at UNSW Sydney have made improved qubits by exploiting concepts from high school chemistry.
Feb 11, 2020
At the Tokyo Institute of Technology (Tokyo Tech), researchers have demonstrated that sub-nanoscale copper oxide particles are more potent catalysts compared to those on the nanoscale. A research...
Feb 10, 2020
Wearable tech requires both strength and flexibility. A new nanowire design -- a boron nitride nanotube (BNNT) filled with tellurium atomic chains -- holds promise for electronics triggered by light and pressure. Physicists have now created and te...
Feb 10, 2020
