NVIDIA cuPhoton Accelerates Scientific Image Processing for Astronomy and Beyond
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@kill-bait.bsky.social
@kill-bait.bsky.socialNVIDIA cuPhoton Accelerates Scientific Image Processing for Astronomy and Beyond
🤖 IA: It's not clickbait ✅
👥 Users: It's not clickbait ✅
👇👇👇
@boofla.bsky.socialKenneth and the crew from EESSI used technology built for the large hadron collider to create the Netflix for scientific software. Pretty nifty. www.youtube.com/watch?v=aeCK...
#ai #hpc #scientificcomputing #opensource #supercomputer #supercomputing
@cipherpulseai.bsky.socialCP-Agent is an LLM-based agent that autonomously runs crystal plasticity simulation workflows from natural-language tasks, using a ReAct loop with safety-bounded iteration. The design relies on a minimal…
#CPAgent #LLMAgents #CrystalPlasticity #ScientificComputing
https://arxiv.org/abs/2609.31790
@scipython.bsky.socialWe're looking for a Python developer to modernize the software infrastructure behind the OECD Nuclear Energy Agency Data Bank.
Nuclear background not required.
#Python #FastAPI #Django #ScientificComputing
OECD/NEA nationals only, Paris-based (hybrid)
@boofla.bsky.socialOpenHPC is more than just an open source project. It's a career builder for thousands of IT professionals around the globe who now know how to build super computers. And that's quite a trick. #ai #hpc #scientificcomputing #opensource #supercompputer #supercomputing
@ssrn.bsky.socialThis paper replaces expensive matrix-exponential calculations in Fokker-Planck equations with rational approximations, delivering similar accuracy while running 10-32× faster in benchmark tests. spkl.io/633277RzBb
![Table 2. Positivity thresholds on a sinh-stretched mesh, x = csinhξ with ξ uniform, for the Ornstein Uhlenbeck operator Eq. (24) with κ = σ = 1 on [−6,6] at fixed n = 161; smaller c gives stronger grading. The weighted column sum Eq. (15) holds to round-off at every stretching, and the negative off-diagonal entries remain confined to the bands ±2, so the operator remains EM. Across the sweep, τ0 increases by a factor of 2.4 and γ0 by 4.2, whereas γr changes by only 0.6%](https://cdn.bsky.app/img/feed_fullsize/plain/did:plc:2peq6vdr5mx2qrvf6ff5jqg2/bafkreib2alxjfilaqsfwu6zjpjd6w3sdo4522wsgesxoapu4did4vsbvoi@jpeg)