These are your dad's <strike>transistors</strike> vacuum tubes.

These are your dad's transistors vacuum tubes.

Last week, while all of us normal folk were preparing to indulge in obscene amounts of Thanksgiving feast, “ultra-thin” was probably the last word on our minds. But that was not the case for researchers at Lawrence Berkeley National Laboratory, who were paving the way for the future of electronics by “(integrating) ultra-thin layers of the semiconductor indium arsenide onto a silicon substrate to create a nanoscale transistor.” Said transistor — a product of a process at once baffling and incomprehensible to laymen — exhibits “excellent electronic properties,” offering levels of performance much higher than those of existing silicon-based technologies.

The LBL research team, lead by faculty scientist Ali Javey, were searching for alternative semiconductors to overcome the limitations of silicon. Indium aresenide proved to be an ideal candidate, and the devices read more »


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If you haven’t watched “The Office” recently, then you probably saw it via YouTube or in “Casino Royale.” Parkour is sweeping the world. And now, apparently, it’s even reached Berkeley. That’s right–it’s been reported that about a dozen people on the UC Berkeley campus practice parkour every Thursday night.

So what is parkour exactly? Etymologically (oh yes, we’re going there) “parkour” comes from the French word “parcours” which means “route.” Basically, though, it’s a lot of people trying to find the most interesting way to get around, including read more »