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Tag: NERSC

NERSC and the HPC Community Bid Farewell to Cori Supercomputer

Computational Modeling Streamlines Hunt for Battery Electrolytes

Lithium-ion batteries power electric vehicles and other consumer electronics, but researchers are hunting for new electrolytes that might offer better performance. (Credit: Julian Herzog/Wikimedia Commons)

New Math Methods and Perlmutter HPC Combine to Deliver Record-Breaking ML Algorithm

The record-breaking calculation was performed on a dataset composed of daily maximum temperatures (°C) across the United States between 1990 and 2019. (Credit: Marcus Noack, Berkeley Lab)

Berkeley Lab Works Toward a Connected Future for Science

Superfacility principles come into play as researchers use Stanford's Linac Coherent Light Source to pioneer a new form of X-ray crystallography. Experimental data was transferred automatically via ESnet to supercomputers at NERSC and back, yielding initial analysis in under ten minutes—a speed record for this type of experiment. (Image credit: Ella Maru Studios and J. Nathan Hohman)

Berkeley Lab Researchers Share Expertise at SIAM’s CSE23

The Most Advanced Bay Area Earthquake Simulations Will be Publicly Available

Modeling the effects of earthquakes on homes, businesses, and infrastructure is about to get a lot easier, thanks to advanced simulations performed on the world's fastest supercomputers. (Credit: SUNGYOON/Adobe Stock)

Berkeley Lab Scientists Create Machine Learning Pipeline for Interpreting Large Tomography Datasets

3D rendering of six regions obtained via the machine learning pipeline developed by Berkeley Lab scientists to improve cryo-ET image data analysis. Each region is labeled by a unique color.

Perlmutter Results Show Progress in Quantum Information Science

A supercomputer with a mural that shows wisps of orange clouds that

New Search Method Expands Horizon in Hunt for New Polymer Electrolytes

Most electric cars are powered by lithium-ion batteries, which rely on polymer electrolytes to conduct lithium ions and produce energy. Improved polymer electrolytes could improve battery performance in electric cars.

EQSIM Shakes Up Earthquake Research at the Exascale Level

Figure 1. The multiscale computational challenge of fault-to-structure simulations starting from the earthquake source, continuing through regional-scale wave propagation in a heterogeneous earth at a scale of hundreds of kilometers (“Regional geophysics domain”) and ending at local interaction between complex incident seismic waves with a soil-structure system at a scale of 30–50 m (“Local engineering system domain”). (Credit: David McCallen)

SC22 Recap: For Berkeley Lab, a Gordon Bell Prize Win and More

Berkeley Lab-Led WarpX Project Key to 2022 Gordon Bell Prize

ACM Gordon Bell Prize
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