Molecular Quantum Dynamics: From Theory to Applications (Hardcover, 2014)

Introduction and conceptual background.- Heterogeneous catalysis.- Reactive scattering and rate constants.- Photodissociation through tunneling effects.- Spectroscopy involving spin-orbit or vibronic coupling.- Infrared spectroscopy: importance of zero point and tunneling effects.- Photochemistry involving non-adiabatic transitions : importance of quantum interferences.- Control of coherent processes on femtosecond or attosecond timescales.- Quantum computation using quantum superposition and entanglement in molecules.- Conclusions.