Researchers at Cornell University have found yet another application for graphene: to make mechanical resonators that could be used in future telecommunications applications. T
Researchers have taken a big step toward developing an implantable chip that can detect DNA mutations in real-time and transmit them wirelessly to a smartphone or computer. A team of bioengineers and the University of California, San Diego designed an electrical graphene chip that can detect a common mutation in DNA.
Graphene is an incredible material for many applications, but it is limited by the fact that it lacks a band gap. Scientists at the US Naval Research Laboratory (NRL) have developed a new technique for nitrogen doping that gives graphene a stable, tunable band gap.
Scientists in Switzerland have discovered yet another unique property of graphene, the 2D version of carbon. Not only is graphene fast, strong, thin, and lightweight, but now we know that it is also both transp... Read More...
Managing diabetes could soon be as easy and painless as wearing a band aid. Researchers at Seoul National University (SNU) have developed a wearable patch that monitors glucose levels and delivers the correct a... Read More...