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Tag: amcr

New ‘Fair Universe’ Project Aims to Build Supercomputer-Scale AI Benchmarks for HEP and Beyond

This is a composite image of NGC 6357, a "cluster of clusters" located in our galaxy about 5,500 light years from Earth where radiation from hot, young stars energizes the cooler gas in the cloud that surrounds them, creating a cosmic dust "winter wonderland." (Credits: X-ray by NASA/CXC/PSU/L.Townsley et al; Optical by UKIRT; Infrared by NASA/JPL-Caltech)

Berkeley Lab Staff Gear Up for SC22

SC22

Stefan Wild to Lead Berkeley Lab’s Applied Mathematics and Computational Research Division

Newly appointed AMCR Division Director Stefan Wild takes the reins in December. (Credit: Mark Lopez)

Meet Helen Xu, 2022 Hopper Fellow

Helen Xu is the 2022 Grace Hopper Fellow.

Five CS Staff Honored With Berkeley Lab Director Achievement Awards

DIRECTOR'S AWARDS

Exabiome Brings Metagenomics Into the Exascale Era

(Credit: Helen Spence-Jones, CC BY-SA 4.0, via Wikimedia Commons)

GraphBLAST Targets GPU Graph Analytics Performance Issues

Left to right: GraphBLAST developers Aydın Buluç, Carl Yang, and John Owens. Image: Aydın Buluç

Berkeley Lab Researchers Honored with Best Paper Award at QCE22

A Summer at Berkeley Lab Spurs College Student’s Quantum Computing Aspirations

Donald Ferschweiler

Summer Program Sparks High School Students’ Interest in Quantum Computing

Summer Research Program Wraps with Poster Sessions

Muna Tageldin, a Ph.D. student from Marquette University, presents her research at the culminating poster session for the 2022 CSA Summer Program.

Exascale Application Project Targets Carbon Capture and Storage

Cold-flow demonstration of a circulating fluidized bed with gas and particle dynamics predicted by MFIX-Exa, rendering generated by Ascent in situ visualization. Six million 1mm diameter particles initially rest in a hopper (cylinder at left), flow down to fill the L-valve and are transported by a jet and sparger to the fluidized bed (cylinder at right), where they are violently fluidized before being transported up the riser, meeting a blind-T connection to the cyclone where the particles swirl around and are recycled to the hopper and the transport gas exits through the vortex finder at the top of the domain. This prototypical CFB is used by the MFIX-Exa team as a testbed for algorithm development aimed at performance improvement. (Credit: Jordan Musser, National Energy Technology Laboratory)
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