IBM researchers said on Wednesday they have demonstrated a calculation that could be used to break complicated codes, marking a small step in the advance of quantum computing, a technology based on quantum mechanics. IBM scientists will publish details in the scientific journal Nature on Thursday of the demonstration of "Shors Algorithm," a method of factoring numbers that was developed in 1994 by AT&T scientist Peter Shor. It was that algorithm, and the promise it holds for its ability to break large encryption codes, that spurred interest in quantum computing in the 1990s.
http://www.wired.com/news/technology/0,1282,49268,00.html
Wednesday, December 19, 2001
Popular Posts
-
The concept of dragons was probably brought to Japan around 2,000 years ago, along with the technology for paddy agriculture. Their images h...
-
...These measures, based on the US Digital Millennium Copyright Act (DMCA) give far too much power to publishers, at the expense of individu...
-
His system, he said, starts with a laser that sends part of its beam into photo detectors which produce electrical signal that feed back to ...
-
Someone that gets it. Service-oriented software, when done correctly in a platform-agnostic way can be flexible, cheap, and can motivate m...
-
...why was this given the file name of skyfall?... Certain information, while not specific as to target, gives the government reason to beli...
-
When it comes to buying equipment, think g, not b. New 802.11g hardware is nearly five times faster than 802.11b gear, and it will interoper...
-
This edition provides a prose rendering of The Epic of Gilgamesh, the cycle of poems preserved on clay tablets surviving from ancient Mesopo...
-
From the bygone debates over DDR vs. RDRAM to the current controversy over Apples DDR implementations, one issue is commonly misunderstood i...
-
In my mind, this is a huge waste of effort. Put a base on Mars instead of the Moon -- there's huge science finds waiting there to be dis...
-
Personally, I believe that consciousness is an emergent property of complex, ordered (yet chaotic) systems which are not necessarily biologi...