The latest advances in the scientific field of nanotechnology include the ability to assemble electronic building blocks from individual molecules fabricated from advanced materials such as graphene. These Lego-type bricks serve as essential components in optoelectronic systems found in sensors or flexible flat screens. The required electronic structures are cut from graphene sheets, and the
Since the discovery of graphene, this two-dimensional material has fascinated material scientists and other researchers from a variety of disciplines with its amazing strength and versatility. As the number of applications grows, graphene is making its way into the medical field—specifically for sensors. Earlier this year, researchers at Rutgers University-New Brunswick made a new kind
In 2004, scientists Andre Geim and Konstantin Novoselov, of the University of Manchester, discovered an allotrope of carbon on a 2-dimensional atomic scale. They unearthed this idea by sticking scotch tape onto pieces of graphite found in pencil lead, and peeling it off. Thus the name, ‘graphene’. Shortly after their discovery, it was found
Since graphene sheets were first created, scientists have been exploring the many possibilities of using this material in furthering technology. From transhumanism developments, to nanotechnology and sustainable—smart solutions, graphene seems to be the popular new material that is paving the way for technological advances once only dreamed of. So just what exactly can we do