Quick story

Graphene is a one-atom-thick sheet of carbon. The discovery of graphene has been rewarded with Nobel Prize, in 2010 to Andre Geim and Konstantin Novoselov. It is real and has already been produced from graphite, the scale of production still remains the main restriction.

Most of the research is still at the early stage and graphene products have not yet reached the masses in commercial use, however there is a big push for investment into graphene.

Graphene, even though being the thinnest material ever, is super strong. Graphene may at first sound like science fiction, with all it's declared super attributes in many areas. Those include:

Monday, August 27, 2012

Making graphene from waste

We can now make graphene from sources that are inexpensive, including cookies, dog feces and other waste.

See the vid below for demonstration, or see a pretty good source article from Guardian on the whole story.


Saturday, August 25, 2012

New 2D material on the scene

MoS2, molybdenum disulfide may not have the best name to it yet, but seems promising with its electrical properties.

See more in the original post.

http://www.newelectronics.co.uk/electronics-news/new-wonder-material-to-rival-graphene/44450/
Published with Blogger-droid v1.6.7

Wednesday, August 22, 2012

A few videos on graphene

This is with Andrew Geim, one of the two awarded the Nobel prize for experiments in graphene.


And the second with Nobel prize winner Konstantin Novoselov


Quick charge and discharge with graphene

With use of graphene in batteries, we could have 10x faster charge and discharge. Those are the aspects regular batteries are not handling very well today. Especially those in electric cars and mobiles would benefit from this development big time.

See the article for more info.

Graphene properties change based on where it is

According to a few articles, chemical and physical properties of graphene change based on what material is near it. Since graphene is so thin, the bonds btw atoms can be easily affected by the surroundings.

This is useful in creating various patterns for sensors. The other dimension is that it behaves differently when more layers of graphene are added as well.

Read more at science daily.