New command-line framework combines large language models, code retrieval and structural analysis to help researchers modify complex HPC applications while preserving software integrity ...

Semantic technology can help to solve the life sciences "context crisis" by turning fragmented lab data into connected, AI-ready intelligence (Credit: jittawit21 / Shutterstock.com) Life sciences ...

How can academic chemistry overcome resource barriers and cultural hurdles to adopt electronic lab notebooks before AI-driven discovery passes it by? Professor Jonathan Hirst, Dr Joe Heeley and Dr Ann ...

Together, the companies will develop and industrialise a solid-state transformer for up to 36kV grid voltage to power AI data centres. New command-line framework combines large language models, code ...

The new architecture is designed to scale into the modular, shared, and ultra-cold system required to link hundreds of quantum chips into a more powerful quantum computer capable of solving large ...

The programmes are intended to support both basic and use-inspired research, with a particular emphasis on ambitious projects capable of challenging established scientific approaches. Credit: ...

Join 12,000+ scientists, engineers, and IT professionals driving innovation through informatics, HPC, and simulation with: Insights into HPC, AI, lab informatics & data Curated content for life ...

The ioScreen platform enables pharmaceutical, biotechnology and in silico companies to access industrial-scale CRISPR screening in human stem cell-derived models without building specialist in-house ...

The partnership seeks to fulfill QuEra's goal of helping enterprises, government programs and HPC centers collaborate on designing and validating applications before quantum hardware reaches full ...

AMD would explore providing up to 5 million pounds in compute resources for BOLD researchers during the 18 months following the lab’s launch. New command-line framework combines large language models, ...

The technology has been developed and tested using data from the Hard X-ray Nanoprobe beamline, operated jointly by the Advanced Photon Source (APS) and Argonne's Center for Nanoscale Materials.