AI + Simulation

Luxembourg has opened a joint R&D call for projects combining AI, data science and quantum technologies. Learn who can apply, what areas are prioritized and why this matters for AI simulation and European tech competitiveness.

La Trobe University leads a project applying quantum AI to cut data centre energy use, combining quantum algorithms and AI-driven resource management for greener computing.

Machine-learned force fields promise near-quantum accuracy with GPU-backed speedups up to 10,000x by 2026, reshaping materials, chips, batteries, and drug R&D.

A concise, board-level briefing on Quantum AI: its strategic importance, top business opportunities, and the key questions directors should ask today.

Advanced quantum simulations confirm spacetime curvature can spawn particle-antiparticle pairs. Learn how CQFT and curvature quenches reveal gravity’s hidden role.

How Silicon Quantum Computing’s Quantum Twins analog simulator uses precision quantum dots to solve problems classical supercomputers cannot, now available.

SQC’s Quantum Twins use 15,000-qubit silicon registers with atomic precision to advance quantum physics and chemistry simulation for materials and drug research.

Explore how AI-powered simulations combined with quantum computing unlock faster, deeper modeling for drug discovery, materials design, finance, and scientific research.

Inside Jülich Supercomputing Centre’s integrated ecosystem: JUPITER, JAIF and JUNIQ combine exascale HPC, AI and quantum to accelerate science.

How AI world models simulate reality and why quantum computing could accelerate their path to AGI. Learn about DreamerV3, latent space, challenges and ethics.