- Jul 29, 2001
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It's a few days old, but I'd like to call attention to the 2010 Nobel Prize in Physics being awarded to Geim and Novoselov for their discovery of graphene.
I spent several years doing research on graphene and read many of their papers. It's a well-deserved prize for sure as it really does seem like graphene will make its way into every-day devices and have all sorts of practical applications. That, and it's just plain cool.
The odd thing about this prize though is that it came so soon. This work was done in 2004, and for a physics prize to be granted after just 6 years is almost unheard of lately. Typically winners get their recognition for work done 20 or more years ago, mainly to ensure that their advances are recognized, verified, and proven. I guess this just goes to show how important graphene actually is.
edit: Here is a nice sort of summary paper written by Geim and Novoselov from 2007 which explains what graphene is and what it is good for. It's a nice article because it starts off pretty basic and gets more complicated the farther you read, so just stop when it doesn't make sense anymore. This way, there's enough technical stuff for everyone.
I spent several years doing research on graphene and read many of their papers. It's a well-deserved prize for sure as it really does seem like graphene will make its way into every-day devices and have all sorts of practical applications. That, and it's just plain cool.
The odd thing about this prize though is that it came so soon. This work was done in 2004, and for a physics prize to be granted after just 6 years is almost unheard of lately. Typically winners get their recognition for work done 20 or more years ago, mainly to ensure that their advances are recognized, verified, and proven. I guess this just goes to show how important graphene actually is.
edit: Here is a nice sort of summary paper written by Geim and Novoselov from 2007 which explains what graphene is and what it is good for. It's a nice article because it starts off pretty basic and gets more complicated the farther you read, so just stop when it doesn't make sense anymore. This way, there's enough technical stuff for everyone.
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