Part I Introduction.- Part II Concepts and Methods: Quantum effects.- Electronic states and potential energy operators.- The Choice of coordinates.- Kinetic energy operators.- Introduction to molecular symmetry.- Introduction to numerical methods and to MCTDH.- Part III Applications: Infrared spectroscopy.- Quantum control with laser pulses in the electronic ground state.- Photodissociation spectra.- Cross sections for reactive scattering.- Quantum control with laser pulses for electronically excited states.- Non-adiabatic photochemistry.- Optimal control and quantum computers.- Part IV Conclusion.
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