AI + Simulation

Fujitsu and Kirin use AI-driven QSP models to reveal a citicoline-linked gut-brain mechanism, accelerating R&D, reducing animal testing, and shaping future computational biology.

Explore how AI and quantum computing combine to accelerate materials, drug discovery, and optimization with hybrid simulation workflows.

AI dominates headlines, but quantum computing could transform security, materials, and energy. Learn what Q-day means, major players, challenges, and policy priorities.

Qoro open-sourced Maestro Core to reduce simulator sprawl and provide an HPC-native interface for quantum simulation, SLURM integration, and NPL-validated hybrid workflows.

How Q-Day and HNDL attacks threaten telecoms and critical infrastructure, and practical steps using PQC, QKD and quantum-secure comms to protect decades of data.

Executive stock sales at D-Wave totaling $43M+ raise questions about market confidence in quantum annealing and the future of AI simulation.

How quantum computing will reshape AI simulation, cybersecurity and digital resilience. A clear, concise look at the global race and what to expect from 2025 to 2035.

A concise overview of how AI powers quantum simulation, key techniques, real-world applications, limits, and near-term trends shaping quantum AI research.

Explore how quantum computing is reshaping AI simulations by overcoming current limitations, accelerating computations, and unlocking new possibilities for machine learning and real-world applications.

Explore MiTAC Computing Technology’s integrated rack-to-cluster solutions that optimize AI and HPC deployments with advanced cooling and high-performance hardware for next-generation computing.