SCIENTIFIC COMPUTING
NVIDIA XANI Cuts X-Ray Data Processing Time to Hours
NVIDIA's XANI workflow slashes nanoscale imaging data analysis from 9 months to under 4 hours using Grace Blackwell Superchips.
Anthropic's Claude Opus 4.6 Completes Months of Scientific Coding in Days
Anthropic demonstrates multi-day autonomous AI workflows where Claude compressed months of physics research coding into a few days with minimal human oversight.
NVIDIA Unveils Universal Sparse Tensor Framework for AI Efficiency
NVIDIA introduces Universal Sparse Tensor (UST) technology to standardize sparse data handling across deep learning and scientific computing applications.
NVIDIA's cuDSS Enhances Engineering and Scientific Computing with New Solver Technologies
NVIDIA's cuDSS v0.4.0 and v0.5.0 offer significant improvements in engineering and scientific computing, introducing features like hybrid memory mode and host multithreading.
NVIDIA SHARP: Revolutionizing In-Network Computing for AI and Scientific Applications
NVIDIA SHARP introduces groundbreaking in-network computing solutions, enhancing performance in AI and scientific applications by optimizing data communication across distributed computing systems.