Massively Parallel Quantum Tunneling
Monday, August 18, 2008
Computer Uses Ultra-Low Power Design
Atomic JukeBox
Little Cup of Helium, Big Science(pdf) - Physics Today
Nanomaterial Turns Radiation Directly into Electricity - New Scientist
From "Email Viewers Click here for Google TechTalk Video Lecture"
As an electrical engineer, I also like to follow developments in computers and quantum computing. Here's a new computing approach posted on the Development-Cycle web site. The above video is a new Google TechTalk video lecture (see above) of an interesting shared memory computing approach by the famed Dr. Karmarkar. His design approach reduces energy requirements in large scale Peta-flop computing systems, while seemingly exploiting a massive multi-threading capability via an electromagnetic cavity machine design with field emission devices. This ultra-low power design also has the added advantage of using quantum mechanics where it is needed the most, while keeping the rest of the computer design fairly standard in about a square meter of silicon CMOS.
It's ideas like this that excite me about the future of the applied quantum computing, where when you least expect it - new approaches seem to come out of nowhere that will surely help to change the future of computing.
Atomic Links
Amateur Scientists Get a Reaction from Fusion - Wall Street Journal
As an electrical engineer, I also like to follow developments in computers and quantum computing. Here's a new computing approach posted on the Development-Cycle web site. The above video is a new Google TechTalk video lecture (see above) of an interesting shared memory computing approach by the famed Dr. Karmarkar. His design approach reduces energy requirements in large scale Peta-flop computing systems, while seemingly exploiting a massive multi-threading capability via an electromagnetic cavity machine design with field emission devices. This ultra-low power design also has the added advantage of using quantum mechanics where it is needed the most, while keeping the rest of the computer design fairly standard in about a square meter of silicon CMOS.
It's ideas like this that excite me about the future of the applied quantum computing, where when you least expect it - new approaches seem to come out of nowhere that will surely help to change the future of computing.
Atomic Links
Amateur Scientists Get a Reaction from Fusion - Wall Street Journal
American Chemical Society(ACS) Publishes LENR Sourcebook - NET
Book Review: The Most Baffling Mysteries of Our Time - Discover
The Oil Pump
Busting Myths About Cheap Unlimited Oil - Salon.com
The End of Aviation - New Republic
Cold Fusion and Big Oil - NowPublic
Book Review: The Most Baffling Mysteries of Our Time - Discover
The Oil Pump
Busting Myths About Cheap Unlimited Oil - Salon.com
The End of Aviation - New Republic
Cold Fusion and Big Oil - NowPublic
Little Cup of Helium, Big Science(pdf) - Physics Today
Nanomaterial Turns Radiation Directly into Electricity - New Scientist
Labels: Energy Efficiency, Nanotechnology, Quantum Design, Research
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