How quantum multiscale simulation and hydrodynamic electron transport can reduce AI data center energy use. Columbia University methods and COMSOL-driven device design.
Quantum Multiscale Simulation: Cutting AI Energy Use with Fluidic Electron Models Read More »
Pasqal and True Nexus combine AI with neutral-atom quantum processors to model protein gelation and design sustainable, functional proteins faster.
AI and Quantum Forge a New Path for Protein Engineering Read More »
European tech investors deployed over €475M last week, backing AI leaders and quantum simulation startups like ColibriTD. What this means for AI-simulation-quantum convergence.
European Investments Accelerate AI, Simulation and Quantum Convergence Read More »
ColibriTD secures €4M seed led by Earlybird to scale H-DES, a hardware-agnostic PDE solver for industrial quantum simulation validated by IBM Quantum.
ColibriTD Raises €4M Seed to Scale Quantum Multiphysics Simulation Read More »
Microsoft’s Skala AI integrates with CP2K to deliver faster, more accurate quantum mechanical simulations for larger molecular and material systems.
Microsoft Skala AI Joins CP2K to Raise Quantum Simulation Accuracy Read More »
How fluid-like electron and heat transport and multiscale simulation could reduce AI and data center energy use by enabling low-dissipation electronic devices.
Fluid-Like Quantum Transport: A Path to Energy-Efficient AI Hardware Read More »
A new hybrid AI-quantum simulation approach cuts qubit needs and speeds molecular modeling. Read how this advancement could accelerate drug discovery, materials research, and finance.
Explore Nvidia’s platform strategy linking GPUs, NVQLink, and CUDA-Q to power AI-driven quantum simulation, error correction, and photonic QPUs.
How Nvidia Is Building the AI-Accelerated Quantum Platform Read More »
IBM commits $50M in quantum access to the DOE Genesis Mission, using algorithm-first AI with HPC and quantum systems like Heron and Nighthawk to speed scientific discovery.
IBM’s Genesis Mission: Algorithm-First AI Accelerates Quantum Discovery Read More »
Researchers show passive linear optics can produce polynomially scaling signals, making quantum advantage easier to verify and mapping clear limits for classical simulation.
Detecting Quantum Advantage: When Signals Outpace Classical Simulation Read More »
