Learning

Quantum Effects in Reaction Kinetics

Foundations of Quantum Mechanics → Case Studies in Quantum Reaction Kinetics

This advanced graduate-level path explores quantum mechanical phenomena that govern chemical reaction rates beyond classical transition state theory, including tunneling, non-adiabatic transitions, conical intersections, and quantum scattering. Learners will build from fundamental quantum mechanics and potential energy surfaces to time-dependent wavepacket methods and their applications in chemical kinetics.