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Kothe named affiliate laboratory director for Computing and Computational Sciences – BIOENGINEER.ORG

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Doug Kothe has been named affiliate laboratory director for the Computing and Computational Sciences Directorate on the Division of Power’s Oak Ridge Nationwide Laboratory, efficient June 6.

Credit score: Credit score: Carlos Jones/ORNL, U.S. Dept. of Power

Doug Kothe has been named affiliate laboratory director for the Computing and Computational Sciences Directorate on the Division of Power’s Oak Ridge Nationwide Laboratory, efficient June 6.

Jeff Nichols, the present affiliate laboratory director for computing and computational sciences, is about to retire on July 1 after 13 years within the place.

“It’s actually an honor and a privilege. I can’t consider a greater job to have and a greater place to have it,” Kothe mentioned. “I’m actually excited to hitch one of the best computing group on the earth, and CCSD is one of the best because of Jeff Nichols who has had an unbelievable run in main the directorate with imaginative and prescient, ardour and dedication to be one of the best. And he has actually delivered. Jeff is a good friend, mentor and a job mannequin for efficient management with a can-do angle.”

Kothe has served in his present function as director of the Exascale Computing Mission since 2017 and has greater than 37 years of expertise working in DOE nationwide laboratories. He joined ORNL in 2006 as director of science for CCSD’s Nationwide Middle for Computational Sciences. From 2010 to 2015, Kothe directed the Consortium for Superior Simulation of Gentle Water Reactors, DOE’s first Power Innovation Hub.

Previous to becoming a member of ORNL, Kothe spent 20 years at Los Alamos Nationwide Laboratory. He holds a bachelor’s diploma in chemical engineering from the College of Missouri–Columbia and grasp’s and doctoral levels in nuclear engineering from Purdue College.

The Computing and Computational Sciences Directorate homes the Oak Ridge Management Computing Facility, a DOE Workplace of Science consumer facility that’s residence to Frontier, the world’s quickest supercomputer and first exascale pc. Frontier is able to calculating greater than a quintillion floating level operations per second, or flops, which is a measure of the variety of calculations a pc can full in a single second.

A precedence for Kothe is to additional prolong and improve the usage of high-performance computing and computational science at ORNL in key DOE mission areas equivalent to clear vitality manufacturing, vitality safety, biology and biosecurity, nationwide safety, isotope manufacturing, manufacturing and earth programs, to call a couple of. CCSD workers, instruments and applied sciences are key to profitable outcomes for ORNL, so shut co-dependent collaboration with all different mission directorates at ORNL is important.

“In computational science and engineering, there’s additionally a whole lot of alternative to reinforce and speed up our present software workflows by extra intimately integrating data-driven fashions knowledgeable by varied AI and machine studying approaches,” Kothe mentioned.

The directorate additionally actively engages in analysis and growth in information sciences, utilized arithmetic, synthetic intelligence and quantum info science. ORNL leads the Quantum Science Middle, a DOE Nationwide Quantum Data Science Analysis Middle that performs cutting-edge analysis to beat key roadblocks within the growth of quantum applied sciences.

Kothe hopes to extend collaborations between ORNL’s computing sources and different consumer amenities, such because the Manufacturing Demonstration Facility, the Spallation Neutron Supply, the Excessive Isotope Flux Reactor and the Middle for Nanophase Supplies Sciences, in addition to increase analysis on microelectronics.

Microelectronics, equivalent to pc chips and microprocessors, might be designed with particular computational and information science features in thoughts. Amid nationwide demand for brand spanking new microelectronics, Kothe hopes to see CCSD lead the design and growth of units designed to optimize sure arithmetic operations, equivalent to chips particularly made to be used on educated neural networks.

“We’ve got the talent, the personnel and the management right here on the lab to steer a big microelectronics initiative,” Kothe mentioned.

Amid the celebration of Frontier’s debut as world’s quickest on the Top500 record, Kothe is already pondering forward to the following technology of leadership-class supercomputers.

“That is typical supercomputing — you don’t let the grass develop beneath your toes. You’ve received to maintain transferring,” he mentioned.

UT-Battelle manages ORNL for DOE’s Workplace of Science, the one largest supporter of primary analysis within the bodily sciences in the US. DOE’s Workplace of Science is working to handle a number of the most urgent challenges of our time. For extra info, go to https://vitality.gov/science. – Alexandra DeMarco


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