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game 6: May 11 @ 3:00PM EDT | 19:00PM GMT kasparov 2.5 deep blue 3.5 | |
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Molecular dynamics is used within the pharmaceutical industry to discover and
develop new drugs. Analyzing compound interactions on a molecular level
requires massive amounts of processing and computational power. By creating a
special purpose chip that can specifically address the complexities of
molecular dynamics, a system can be designed that quickly and efficiently
analyzes the interactions between atoms and molecules pertinent to the design
of pharmaceutical compounds.
The typical time necessary to bring a drug to market is 12 years. A system
similar to Deep Blue, specifically designed to target molecular dynamics,
could drastically cut that development time, thereby saving thousands of
lives.
Other applications of Deep Blue technology
Financial modeling
Marketplace trends, risk analysis and more
Data mining
Uncovering hidden relationships and patterns in large databases
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Deep Blue FAQ:The answers to the questions about this powerful chess-playing computer
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The making of Deep Blue:A timeline of Deep Blue's development
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How Deep Blue works:Under the hood of this powerful parallel processor
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All this power just for chess?:How Deep Blue technology is affecting the way we live
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Explore the technology:At the Maui High-Performance Computing Center, Deep Blue technology helps to provide R&D supercomputing for United States Air Force and Department of Defense labs and their contractors.
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Chess Pieces
no. 67
Dr. Hans Berliner, a former world correspondence champion himself, programmed a chess program named HITECH, which won a Pittsburgh masters' tournament with a performance rating of over 2400 and the North American computer championship in 1986, and then won the 1988 Pennsylvania State Chess Championship outright after defeating International Master Ed Formanek (2485) in the last round.
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