by Ken Chiacchia | Feb 6, 2024 | Bridges-2, Science Highlights
Bridges-2 Simulations Show Specific Heat Effect that, with New Telescopes, Will Give Clues on Condensed Matter, Atomic Nuclei You can’t get much more dramatic than smashing two ultra-dense stars into each other. But these mergers, while fascinating in their own right,...
by Ken Chiacchia | Nov 30, 2023 | AI, Bridges-2, Science Highlights
Screenshot showing how the virtual machine running on Bridges-2 displayed a correct match between a damaged capital W in Robert Everingham’s type collection (right, blue) and one from Shakespeare’s Fourth Folio (left, blue). Infamous Typo in Shakespeare Folio Sheds...
by Ken Chiacchia | Nov 15, 2023 | Bridges-2, Science Highlights
By Neha Srinivasan and Kimberly Mann Bruch, San Diego Supercomputer Center, and Ken Chiacchia, PSC Distribution of gas trapped by simulated stars’ magnetic fields, comparing stars whose magnetic poles are nearly aligned with their rotation (left) vs. one in which the...
by Ken Chiacchia | Nov 13, 2023 | Bridges-2, Neocortex, News, Press release
14th Year Center Has Received HPCwire Awards, Presented Annually to Leaders in the Global High Performance Computing Community A potential way to turn coal into clean-energy graphite and carbon nanotubes and an application of a bleeding-edge computing technology to...
by Ken Chiacchia | Oct 24, 2023 | AI, Bridges-2, Science Highlights
ISIIS-3 and its components (A) Lateral view; (B) Close-up of the two stacked Bellamare ISIIS-DPI-125 camera units; (C) Deployments of the detector from the sides of the ship, using a crane. Photo credit: Ellie Lafferty. Vital Base of Ocean Food Web Can Now Be Studied...
by Ken Chiacchia | Aug 31, 2023 | Bridges-2, Science Highlights
One of the patterns the CMU team used to prove that 14 colors/numbers isn’t enough to solve the packing problem; note that, in the upper left, the “chessboard” pattern of 1s is interrupted. CMU Team Uses Bridges-2 to Solve a 21-Year-Old Coloring Problem in Mapping...
