Resolving complex material behaviour has long been limited by classical computational power, until now. This work demonstrates resolution of key electronic properties within CaCuO2 using a hybrid quantum-classical approach, capturing broader system dynamics previously beyond reach. Achieving complete theoretical consistency, however, still demands more accurate quantum processors than those available today.
Quantum Algorithm Resolves Key Features of Superconductor’s Electronic Structure
Resolving complex material behaviour has long been limited by classical computational power, until now. This work demonstrates resolution of key electronic properties within CaCuO2 using a hybrid quantum-classical approach, capturing broader system dynamics previously beyond reach. Achieving complete theoretical consistency, however, still demands more accurate quantum processors than those available today.