A discovery that could change the properties of graphene.

Graphene may be one of the most ambitious synthetic materials ever created. The functions of graphene are diverse. For two decades now, we have been hearing about the revolution that graphene could bring. As early as 2016, there was already talk that it could change smartphones, but until now it hasn't been used as much as originally expected. Recently, it looks like all that may change, as a rather complex and sophisticated but easily applicable way to create a graphene-based superconductor has been discovered.

Discovery that could change the properties of graphene

Thanks to the journal Nature Nanotechnology, it has been discovered that the function of graphene could change the science of conductivity forever. To do so, researchers from''The Massachusetts Institute of Technology (MIT) stacked five layers of graphene in a specific order to see if the characteristics of graphene would change.

To their surprise, it did, because this new material built on graphene raises doubts about the whole theory on which the original graphene was based. This, in many ways, could change electronics as it becomes an easier way to create a superconductor.

Scientists from MIT have discovered

Scientists at MIT have discovered that when graphene layers are stacked in a certain shape, there is such a strong interaction between electrons that''they actually become part of the substance without being independent particles. To do this, the scientists naturally used state-of-the-art technology to understand the representation and characterization of these materials at a small level that would not have been possible without the use of other lenses. In this case, the s-SNOM microscope was used.

There is a different technique that has been used so far, namely twisting layers of graphene so that its electronic properties can be controlled. This made it possible to turn graphene into a superconductor, a very interesting progress but with some complexities that, thanks to the new technique, turned out to be unnecessary.

Total key points

• Graphene'. 'is not normally a superconductor.
• It was known until now that it could become one with a certain amount of twisting.
• Scientists have discovered it is possible to do this in a simpler way by stacking layers in a certain way to form a new structure.
• This leads to a new material that is a true superconductor.

What could this discovery be useful for? Mainly, it could be revolutionary in the field of electronics. In a world where energy efficiency is key, graphene is able to have significant efficiency through these techniques, which could change our understanding of computer science by changing some hardware components and giving them more