A team of researchers at Penn State University have created a new method to produce ultra-thin ‘diamond nanothreads’. This material is expected to possess exceptional stiffness and strength compared to existing high strength polymers and nanotubes.
Phase-Change Materials (PCMs), which have been around since the 1960s when they were used in optical-memory devices, are currently being adapted for electronic-memory operations and are set to replace silicon-aided flash memory in smartphones.
A new star-shaped molecule has been produced at The University of Manchester. It is considered to be the most complex molecule of its type to be ever created.
A team of researchers from the University of Swansea have developed a highly sensitive graphene biosensor with the capability to detect molecules which show signs of increased cancer risk.
A collaborative group of physicists from around the globe has found that the curvature of ripples in freestanding graphene can be controlled by the application of heat. This study provides insight into how temperature affects the dynamics of the two-dimensional material.
Researchers at the Harvard School of Engineering and Applied Sciences (SEAS) have engineered correlated oxide, a quantum material, to perform on par with silicon switches.
Researchers at the University of Manchester have demonstrated that laser could be used to cool graphene by stacking special graphene sheets in a specific manner. This would help cool graphene electronic devices allowing it to run faster, with better performance.
Scientists at Rice University lab have modified graphene nanoribbon deicing film designed for radar domes to now suit applications on glass. This technology may help keep glass surfaces of automobile windshields, large buildings and other similar applications, free from ice formation, while remaining transparent to radio frequencies.
Chalmers researchers have demonstrated the possibility of communicating with an atom using sound. They have successfully coupled acoustic waves to an artificial atom.
Researchers from the Stanford Institute for Materials & Energy Sciences and the SLAC National Accelerator Laboratory are challenging the prevailing view that the rapid charging and draining of lithium ion batteries is damaging and have discovered a new way to think about battery degradation.
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