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Multidimensional quantum mechanics with trajectory guided basis sets of Coherent States. From nonadiabatic photochemical reactions to dynamics of electrons in strong laser field.

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If you have a question about this talk, please contact Aron Cohen .

Three formally exact approaches to quantum dynamics, i.e. Coupled Coherent States, Multiconfigurational Ehrenfest method and Fermionic Coupled Coherent States, which are based on trajectory guided grids of Gaussian Coherent States, will be presented. The methods are capable of treating quantum systems with many degrees freedom and the application range from nuclear wavepackets describing nonadiabatic photochemical reactions to electron dynamics in strong laser field.

This talk is part of the Theory - Chemistry Research Interest Group series.

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