Sunday, December 9, 2012



Get answers to recently asked questions on computers from a select panel of Intel experts, and ask a few of your own. You'll also get a sneak peek into the latest Intel advances in computers.

Eric Dishman

Intel Fellow and director of Health Innovation in the Intel Architecture Group

Gaspar Mora

Senior Research Scientist, Intel Corporation

Jennifer Healey

Research Scientist, Intel Corporation

Lama Nachman

Senior Staff Researcher, Intel Labs Interaction and Experience Research

Ling Liao

Senior Research Scientist, Intel Research Photonics Technology Lab

Mario Paniccia

Intel Fellow, Director, Intel Photonics Technology Lab

Pradeep Dubey

Senior Principal Engineer, Intel

Yi Wu

Senior Research Scientist in Interaction and Experience Research, Intel Labs

Intel (NASDAQ: INTC) is a world leader in computing innovation. The company designs and builds the essential technologies More»
 
The Internet really enabled content at a distance of data. I think what we have already seen is not going to be the most important part of the Internet. It was just the first wave of the Internet. So we are going to see radical levels of collaboration. More»
Computer scientists are engineers; they try to digitize and linearize -- digital and linear. But most of the world out there is analog and nonlinear. That's the fundamental reason why computing has just barely scratched the surface of many problems.More»
What's happened to film festivals and what's made it difficult for them is that they are very short-term events, deeply rooted in their own geography. It's tough to make a business out of a week or 10 days in one place. More»
It's an observation made by Gordon Moore, a founder of Intel. In 1965, Moore observed that improvements in manufacturing processes had made it economical to fit twice as many transistors on a given area of silicon as what was common a year earlier. He projected his observation to the future, suggesting that as long as it made economic sense to shrink transistors and find new ways to arrange them, we would keep doubling them on silicon chips each year. We came to call this observation Moore's Law and have tweaked it a few times over the years. More»
The way I think about in terms of this ultimate ubiquitous computing concept is that the microprocessor itself, as it has become more powerful but gotten smaller and smaller physically, has resulted in we're at the point today where you could pretty much put a computer in anything you want to put a computer in. More»
 

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