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Exa-scale Breakthroughs

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John Benson's picture
Senior Consultant, Microgrid Labs

PROFESSIONAL EXPERIENCE: Microgrid Labs, Inc. Advisor: 2014 to Present Developed product plans, conceptual and preliminary designs for projects, performed industry surveys and developed...

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Early in my career I worked in a position where I modeled hydrodynamic and thermodynamic systems. The technique we used in that work was generally called finite-element modeling, where we broke each system down into a large number of cells, and used equations for each cell that described the liquid-flow (hydrodynamic) and/or heat-transfer (thermodynamic) in and out of each cell.

Many of the techniques we used back then (late 1970s) were very primitive, but the basic finite-element technique remains in place, and in use for modeling the largest system we deal with currently – Our Planet’s Biosphere.

My across-town neighbors (and others) recently won a major award for computer model-building, and described some breakthroughs they made in winning this prize.

A Lawrence Livermore National Laboratory (LLNL)-led effort that performed an unprecedented global climate model simulation on the world’s first exa-scale supercomputer has won the first-ever Association for Computing Machinery (ACM) Gordon Bell Prize for Climate Modelling, ACM officials announced Thursday (Nov 16).

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John Benson on Jan 6, 2024

When rereading my November IEEE Spectrum, I came across the article linked below about a major Exa-scale computer developer that is in the process of developing a 36 exe-flop computer. It released the first 2 exe-flop module in mid-2023, and shortly ("early 2024") will scale this up to 6 exa-flops.

Cerebras Introduces Its 2-Exaflop AI Supercomputer - IEEE Spectrum

-John

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Thank John for the Post!
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