How Chemistry And Materials Science Can Benefit From Quantum Computing

Quantum computing is becoming a practical tool for chemistry and materials science by enabling more accurate molecular and materials simulations, which classical computing struggles to achieve due to computational limits. Hybrid quantum-classical methods are increasingly used in research to improve simulation fidelity for complex molecules, accelerating discovery and reducing experimental trial and error.

This Wire brief sits within Fusion42's coverage of Quantum Computing, Advanced Materials and Drug Discovery.