"Winning a $65 million NSF award put the UT among the supercomputing elite, and now we have reached the pinnacle in having the world's fastest academic supercomputer", stated Jan Simek, interim UT president. "This is a phenomenal achievement and is among growing distinctions that enable us to continue attracting the best faculty and the best students we have ever had, and to make our university the best it has ever been."

The twice-yearly Top500 is published by Jack Dongarra, a UT Knoxville distinguished professor of computer science and the director of the Innovative Computing Laboratory along with colleagues at Lawrence Berkeley National Laboratory and the University of Mannheim.

Since its creation in 2007, Kraken has been used for nearly 300 scientific projects addressing vital questions in areas from climate and weather modelling to applications in genetics and medicine.

"The beauty of Kraken is not just its computing power, but its problem-solving power", stated UT Knoxville Chancellor Jimmy G. Cheek. "Scientists from universities around the country, including many here at UT Knoxville, have put Kraken to use to attack humanity's most pressing problems. It is an invaluable resource to this university to be home to such a powerful asset."

With the combined computing power of UT and ORNL, East Tennessee is now firmly ensconced as a centre for supercomputing activities, a fact which is continuing to draw even more scientific resources to the area.

"Kraken is the result of a powerful and expanding partnership between the University of Tennessee and the Oak Ridge National Laboratory to advance the frontier of scientific discovery and innovation from climate change to energy technologies and from basic to applied sciences", stated Thomas Zacharia, deputy director for science and technology at ORNL and a UT Knoxville professor.

"When NSF made the award to UT Knoxville to develop Kraken just over a year ago I said that 'like the gargantuan sea monster Kraken, which inspired the naming of this supercomputer, the possibilities in scientific and engineering advances it enables are enormous, limited only by the confines of human imagination and vision beyond the frontiers of science'", stated NSF Director Arden L. Bement. "Today, Kraken is working to realize that vision. Consistent with ORNL's leadership in building what many would consider to be one of the most diverse and valuable computation centres in the world, Kraken will address some of the most complex problems of our era."

In October, the NSF awarded UT Knoxville an additional $10 million grant to create a new computer called Nautilus designed to help analyze and process the complex data created by massive computers like Kraken and Jaguar. Nautilus and its accompying research centre will be part of UT's National Institute for Computational Sciences (NICS), which also manages Kraken.

Both Kraken and Jaguar are Cray XT5 supercomputers. Kraken alone has 100,000 processors that work simultaneously to produce the high speeds at which the computer is capable to address major scientific questions.

Jaguar clocked in at a sustained speed of 1.759 petaflops, while Kraken registered 831 teraflops.