Computational sciences. Supercomputing at work     


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Computational sciences. Supercomputing at work - overview

Supercomputing had its first moment of fame when Deep Blue defeated chess champion Garry Kasparov in 1997. Today, supercomputers can do far more than checkmating grandmasters. Leading-edge systems are advancing into the regime of exaflop performance — one quintillion calculations in a single second — or a billion times greater than that attainable with a desktop computer.

In the past ten years, this tremendous computational capability has enabled large-scale simulations of real-world systems in all areas of science. Supercomputers are helping scientists discover the origins of the universe, understand climate change, anticipate virus mutations to prevent future pandemics, and decipher the complex operation of the human brain.