AI + Simulation

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.

EuroHPC JU expands its mandate to create AI gigafactories and a quantum technologies pillar, advancing Europe’s AI simulation, HPC capacity and strategic autonomy.

A concise guide for investors on disciplined strategies to capture long-term returns from Quantum Computing and AI, with practical risk management and metrics.

How AI-driven digital twins speed quantum hardware development, cut testing from months to minutes, and improve qubit modeling, error correction, and cost efficiency.

Forecasts for 2026 show AI and quantum will reshape cyber risk. Learn how AI-powered cyber ranges and quantum-resistant planning prepare defenders.