Stuart Althorpe

Professor Stuart Althorpe is a Professor of Theoretical Chemistry in the Yusuf Hamied Department of Chemistry at the University of Cambridge. His research focuses on theoretical chemistry, employing mathematical and computational techniques to study quantum behavior in atomic nuclei and chemical reactions. His work includes computer simulations of quantum mechanics in chemical reactions and liquid water, as well as the development of computational methods for quantum tunnelling and conical intersections. Althorpe's research group collaborates with experimental groups to interpret quantum dynamics in chemical processes.

Stuart Althorpe is a researcher at the University of Cambridge specializing in quantum dynamics, path-integrals, and simulation. His work focuses on quantum scattering calculations, hydrogen-bond breaking, and tunneling mechanisms in chemical reactions. Althorpe develops and applies advanced methods such as ring-polymer molecular dynamics and instanton theory to study quantum effects in reactions and intermolecular systems. His research includes geometric phase effects, quantum wavepacket methods, and path-integral approximations to quantum dynamics. He has contributed to understanding time-delayed mechanisms, tunneling splittings, and vibration-rotation tunneling in water clusters. His studies provide insights into quantum dynamics in chemical and physical systems.