Graphene uses in medicine, electronics and technology today. Find out the important uses of graphene and why it will soon take over the world.
It is common knowledge that diamonds are the hardest substance on Earth. But not everyone knows that there’s another material that’s a lot harder than diamonds – and yet are highly flexible. Thanks to the discovery made by Professors Andre Geim and Konstantin Novoselov, the carbon-based substance called graphene was discovered. And it is said to be the hardest substance here on Earth.
Given the amazing features of graphene, it appears to be essential in different aspects. And that is why the discovery of graphene has led to many inventions. Take a look at some of its uses in the field of medicine, electronics, and technology, and its uses in the future. In this site, you will learn more about graphene properties and uses.
Graphene Uses in Medicine
Surprisingly, graphene is making rounds in the medical aspect. As it turns out, it has become the answer to killing cancer stem cells. Thanks to the nanoscale graphene oxide, cancer stem cells no longer expand across multiple tumor types. And based on the series of tests, it is proven to be effective in inhibiting tumor-sphere formation in multiple cell lines across six varying cancer types such as breast, ovarian, prostate, lung and pancreatic, and brain cancers.
Graphene also aids in the development of real-like prosthetics and dental implants. According to researchers of Europe, graphene helps prosthetics become more natural in movement and secure in grip. More than that, it develops more comfort and responsiveness to the wearer.
As for dental implants, graphene is the best alternative to titanium-based detail implants. With the problems faced with these titanium-based implants, only graphene can counteract them. What’s more, it aids in improving the cellular functions of in vitro and in vivo applications of dental implants.
Graphene Uses in Electronics & Technology
Thanks to the electrical conductivity and elasticity of graphene, it has paved the way for more developed and faster electronics. Among these inventions are efficient and precise sensors, faster and efficient electronics and gadgets, flexible displays, efficient solar panels, quick DNA sequencing, drug delivery, and so much more.
Graphene also turns out to be a vital element in technology. And it is slowly making an impact today. Among the first wave of graphene-based products includes smartphones, wearable devices, sports equipment, virtual reality devices, and supercars. And this list goes on as more graphene-based products will be created in the future.
Future Uses of Graphene
Futuristic (and probably the impossible) inventions can now be realized with the use of graphene. With graphene, it is possible to have more drinkable water, a glowing wallpaper, and stronger bulletproof armor.
Even more, researchers have found out that graphene can be integrated into our biological systems. As a result, this will help doctors monitor your body effectively, helping them in giving the right diagnoses. This can also help doctors adjust your biological system for better health.
Space inventions are also slowly being realized with graphene. One potential technology that NASA is currently looking forward to is the space elevator, where it’s easier for astronauts and space engineers to reach satellites by climbing the elevators.
For most scientists and researchers, graphene is like a missing piece of the puzzle set. Everything impossible can now be turned possible thanks to this carbon-based crystal lattice. And we never know what lies ahead in the future thanks to this revolutionary molecule.
Sources: nih.gov, nobelprize.org