Although solar power itself has revolutionized the way that we use energy in our households and businesses, graphene is anticipated to bring the system to the next level. Only small strides have been made for the absorbable cells thus far with high-cost materials that create a high-price in the market of solar; what Clean Technica
It is no secret that graphene is the pre-destined product of the future, especially when it comes to wearable technology. With the containment of high conductivity at such small spaces, graphene is predicted to reduce technology device size so small that it can be stitched into clothing. Recently, Nokia announced the utilization of graphene for
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,
For years we have been utilizing the same processes for water filtration to make water safer to ingest and to use. These processes are known as ‘industrial water treatments’, and have proven to be semi-effective over the years. Industrial water treatments can consist of the boiler water treatment, in which the chemical modification of substances
When it comes to battery life, it is all about conserving energy. And, thanks to graphene, someday soon this may no longer be an issue due to graphene’s high surface area, impressive conductivity, and compact size. Some of the new applications that are anticipated to revolutionize battery storage and usage are smaller capacitors, flexible
Continuing to improve our everyday health without taking up much space, yet another use of graphene has been discovered and this time it helps those that suffer from asthma. This awful and potentially life-threatening disorder affects over 300 million individuals worldwide through the inflammation and obstruction of airflow in the lungs and passageways. Those that
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