Where Nobel laureates, CERN researchers, and AI pioneers collaborate to accelerate science-based student ventures at unprecedented speed
Two transformative missions at the intersection of AI, physics, and entrepreneurship
Leverage breakthrough technologies from Google DeepMind's AlphaFold, NVIDIA's physics engines, and CERN's computational frameworks to build a collaborative acceleration platform for science-based ventures.
Develop a shared framework for identifying, evaluating, and co-investing in high-potential ventures emerging from physics AI, materials science, quantum computing, and biotech research.
Physics AI in London • Particle Physics at CERN Geneva

Google DeepMind HQ
Featuring Nobel laureates and AI pioneers from Google DeepMind and NVIDIA, focusing on physics-informed neural networks and simulation-driven ventures.

CERN Campus
Hosted at CERN, exploring particle physics, quantum computing, and technology transfer from fundamental research to student ventures.
Nobel laureates, CERN researchers, and AI pioneers




Curated sessions with frontier science leaders
Focus: Physics-Informed AI & Simulation Acceleration
Dr. John Jumper, Google DeepMind
How AI solved the 50-year protein folding challenge and its implications for student ventures
Dr. Ken Museth, NVIDIA
Accelerating physics simulations with AI for materials science and engineering startups
Dr. Pushmeet Kohli & Dr. Sanja Fidler
Hands-on session on applying DeepMind and NVIDIA frameworks to student research
Multi-University Consortium
Learning to co-invest in deep-tech startups leveraging physics simulations
All Attendees
Building collaborations between entrepreneurship centers and AI research labs
Leading organizations in AI and scientific research

GPU computing and physics simulation AI

AlphaFold and AI for scientific discovery

Particle physics and quantum computing research

Financial innovation for tech ventures

California, USA

Oxford, UK

London, UK

London, UK

California, USA
Physics-based innovation sectors
Physics simulations for fusion, batteries, and renewable systems
AI-driven materials discovery for semiconductors and quantum devices
Protein engineering and drug design using AlphaFold and similar tools
Quantum computing applications and quantum-enhanced machine learning
Innovation leaders and science entrepreneurship ecosystem builders
Leaders responsible for student startup creation and acceleration programs at research universities
University TTO professionals managing IP commercialization and research spinoffs
Leaders of deep-tech companies emerging from physics, materials science, and quantum research
Join the exclusive forum shaping the future of physics-based student entrepreneurship