It’s not surprising that graphene has been dubbed the ‘miracle material’, because of some of its amazing properties, and it probably shouldn’t be surprising that more and more applications are being constantly discovered where this material can be used to good effect. Because it is a super-strong material that is essentially two-dimensional, and is also
For a fairly long time now, scientists have been chasing the enticing possibility of mimicking human skin, because of the enormous potential it presents to the fields of robotics, prosthesis, haptics, the tactile Internet of Things, and for wearable devices. Up until now, this pursuit has been frustrated by the failure to develop materials and
Within the last decade or so, two-dimensional materials have been the source of a great deal of excitement, because of their potential applications in a number of high-tech industries. Graphene is a substance which has the thickness of a single atom, and its unique structure is partly responsible for some of the extraordinary properties it
The story of graphene – a semimetal material which has the potential to be used in a wide range of scientific, industrial, and commercial applications – is one which demonstrates both the frustrations and the possibilities of human research, as well as our continuing effort to shape the world around us as we see fit.
Durable, lightweight, and economical. If a material can meet these three criteria, there is a place for it in the near future. The reason is simple: humanity has recognized the finiteness of the natural resources available to us. In order to trailblaze the 21st century, societies need to adapt for ways to get as much
Although graphene is already starting to improve many aspecst of our world today, there are three specific emerging trends in technology that have seen immense monetary growth due to the miracle material: power storage, composites, and mergers and acquisitions strategy. This is all according to the leading global technology research and advisory company Technavio. Specifically,