NVIDIA and Phasecraft Achieve 15x Quantum Simulation Speedup Using AI Hardware

Phasecraft and NVIDIA have jointly achieved a fifteenfold improvement in quantum simulation speed by combining hardware-adaptive algorithms with NVIDIA's Hopper architecture, hosted at the University of Nottingham. The collaboration produced a database of over 3,000 molecular emulations spanning 13 molecular systems, making it the largest known dataset built using the Variational Quantum Eigensolver method. The work bridges the gap between today's limited quantum hardware and the demands of real-world applications by leveraging classical high-performance computing to emulate quantum environments. A key motivation is accelerating drug discovery, enabling researchers to model how potential medicines interact with human cells before physical lab testing begins. The datasets and algorithms developed now are designed to transfer seamlessly to future large-scale quantum computers as that hardware matures.