Accelerating Materials DX with Quantum Density Functional Theory (Quantum DFT): Exponential Speedup for Weakly Correlated Materials

Accelerating Materials DX with Quantum Density Functional Theory (Quantum DFT): Exponential Speedup for Weakly Correlated Materials

Friday, June 5, 2026 10:20 AM to 10:40 AM · 20 min. (Asia/Tokyo)
Keynote Room
Main Program
Presentation

Information

Session Abstract
While Density Functional Theory (DFT) calculations serve as the foundation for modern Materials DX and are essential for a wide range of material development, their high computational cost has remained a significant challenge for large-scale systems. Quemix and Honda R&D have developed a "Quantum DFT" algorithm that achieves exponential speedup for general-purpose (weakly correlated) materials. We present a next-generation computational platform for material analysis powered by this technology, which covers the vast majority of practical materials.

Log in

See all the content and easy-to-use features by logging in or registering!