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Question: When are two dimensions better than three?

Answer: When you’re talking about graphene.

Graphene, one of the promising new nano-technology materials, is a single-atom-thick layer of carbon-based material that looks like chicken wire under the gaze of a scanning tunneling microscope. As with its nano cousins, scientists are working aggressively to come up with practical and powerful uses for the material. Today, in an article in Science magazine, IBM researchers revealed a breakthrough involving graphene that promises to help usher in a new generation of wireless devices–everything from sensors coupled with tiny wireless transmitters to paper-thin IPad-like screens that you’ll be able to roll up and put in your pocket. “This is the first step in reaching and exploring a wide array of uses for this material,” says IBM scientist Yu-ming Lin, the lead researcher on the project.

The researchers, who work at IBM Research in Yorktown Heights, N.Y., have produced the first integrated circuit fabricated from semiconductor wafer-size graphene. They demonstrated its effectiveness using one of the core functions in wireless telecommunications–converting low-frequency audio signals into high-frequency signals capable of being transmitted through the air.

There’s some pretty cool science at work here. Graphene is an ultra-thin slice of graphite or charcoal. Some scientists have produced it by shaving it off of pieces of graphite, but the IBMers make theirs by growing it on the surface of a silicon carbide wafer. They use heat to evaporate the silicon on the surface through a process that leaves carbon atoms on the surface in a lattice pattern.

Graphene is an excellent material for use in semiconductors because electrons can move through it at a much higher speed than they can through other semiconductor materials, such as silicon and silicon germanium. It’s also thin, flexible and transparent–all great characteristics in the wireless communications business.

In the short term, say, five years, using graphene in integrated circuits will help make electronic gizmos smaller and cheaper and consume less energy. We’re talking about everything from cell phones to RFID-based devices. Longer term, 10 years and beyond, is when the real magic happens. Lin foresees all sorts of flexible displays with their electronics built into them. Low-cost and low-power sensors that both monitor data and transmit it will be essentially invisible.  Also, there’s great potential in medical imaging devices. Instead of relying so much on X-rays, doctors may be able to use high-frequency waves to peer inside the human body.

Like other scientific breakthroughs, the timing is not easily predicted. But the promise of graphene circuitry is huge.

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For the more technology literate among you, here’s an explanatory image supplied by IBM Research:

Graphene

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9 Comments
 
July 19, 2016
10:03 am

I really like it when folks gather and share opinions.
Great blog, stick to it!


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July 29, 2013
4:34 am

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Posted by: Fernando Millstein
 
February 3, 2012
2:56 am

ve to rename Silicon Valley. New name: Graphene Valley. Or maybe New York’s Hudson River Valley, where IBM


Posted by: ゴヤール
 
June 16, 2011
3:11 am

Have you read this: http://bit.ly/k8MXAB press release? (Original language version available: http://bit.ly/iXdxS2). The team has already obtained a patent for mass scale graphene production and they will start producing it in the very near predictable future. Five years, as you wrote, seem to be too much for me. Your article is describing features and possible applications of graphene – very nice. Timing and starting producing of graphene is predictable and it is very close. Personally I’m afraid that there will be no IBM Graphene Valley in USA. The method of producing graphene that has been published in USA is said to be not implementable in massive scale industrial production. The massive scale industrial method of producing graphene was developed in Europe. Probably IBM will do the same, but it seems you are not a leader. Don’t you?


Posted by: Gregory
 
June 15, 2011
6:52 pm

Graphene offers tremendous potential for usage within semiconductors. It also has potential as a supercapacitor, perhaps yielding light weight non-electrochemical batteries (http://www.nanobugle.org/2011/05/activated-graphene-makes-superior-supercapacitors-for-energy-storage/?utm_campaign=activated-graphene-makes-superior-supercapacitors-for-energy-storage&utm_medium=rss&utm_source=rss)

Materials scientists will have an enormous positive impact on our lives and world. My hat is off to you guys and gals.


Posted by: Charles Leu
 
June 13, 2011
5:38 am

I love reading such research breakthroughs. What was science fiction becoming fact, well done to the team. I look forward to hearing more about your progress.


Posted by: Stephen Caulfield
 
June 10, 2011
6:22 am

If this stuff takes off, we may have to rename Silicon Valley. New name: Graphene Valley. Or maybe New York’s Hudson River Valley, where IBM Research and IBM’s main chip fabrication plant are located, will get that name.


Posted by: Steve Hamm
 
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January 11, 2012
11:10 am

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