CERN and Mistral plan a Large Physics Model for collider science
First merged summary.
CERN and Mistral have signed an intent to build an unreleased Large Physics Model for high-energy physics.
CERN and Mistral signed a statement of intent on October 15, 2026, to develop foundation models for scientific discovery, beginning with high-energy physics. The planned centerpiece is one pretrained Large Physics Model for collider physics, intended to support collision reconstruction, particle identification, anomaly flagging, and detector-design evaluation. The model would train on billions of simulated LHC collisions and has not been released. CERN cites about one exabyte of stored LHC data and expects a tenfold rise in collisions with the HL-LHC around 2030. The agreement is not a model release; wider scientific use is described as possible later.
- Statement of intent signed October 15, 2026; no model released.
- Initial focus is high-energy physics, with possible wider scientific use.
- Planned model would train on billions of simulated LHC collisions.
- CERN cites about one exabyte of stored LHC experimental data.
- HL-LHC expected around 2030, with about ten times more collisions.
Timeline
dated events in the reporting · oldest first- Oct 15, 2026CERN and Mistral sign a statement of intent. · Hacker News
What each outlet adds
beyond the shared facts- Hacker NewsDates the intent agreement and describes the unreleased Large Physics Model.
- Products
- CUDA-XWarpOmniverseMistral NeMo
- Organizations
- Nemotron CoalitionCERN
- Countries
- France
- AI models
- Mistral Large 4
Coverage
oldest first · one row per article · UTCCERN and Mistral plan a foundation model for collider physics
The planned Large Physics Model would train on billions of simulated LHC collisions and is not released.
Mistral and Nvidia partner on physics AI for industrial design
They plan to link Mistral Large 4 and physics models with CUDA-X, Warp and Omniverse, plus public benchmarks and datasets.