Simulating Advanced Materials for Fuel Cells using Quantum
Material Design for Solution of Energy and Environmental Problems by Multi-Physics and Multi-Scale Simulation
Tags: Tohoku University, Japan, Computing Technology
Kubo laboratory develops a multi-physics and multi-scale simulation technology, leveraging quantum chemistry and supercomputers like Fugaku and MASAMUNE-IMR, to innovate in material design with high precision. This technology is vital for creating advanced materials needed in fuel cells, Li-ion batteries, and tribology, addressing energy and environmental challenges. Applications span the automotive, machinery, power, electronics, and chemical sectors, contributing significantly to sustainable solutions. This approach integrates complex phenomena across nano and macro scales for theoretical material design.
IP Type or Form Factor: Material; Software & Algorithm
TRL: Not specified
Industry or Tech Area: Supercomputing; Big Data Analytics & Simulations
