Recent theoretical work on the dynamics of electronic Rydberg wave packets under the influence of laser-induced core transitions is reviewed. The discussion focuses on the intricate interplay between laser-modified electron correlation effects, radiative damping by the ionic core and the time evolut
Dynamic theory of the electronically induced crystallographic transition
β Scribed by J.J. Hallers; G. Vertogen
- Publisher
- Elsevier Science
- Year
- 1973
- Weight
- 808 KB
- Volume
- 66
- Category
- Article
- ISSN
- 0031-8914
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π SIMILAR VOLUMES
Rigorous quantum dynamics simulations have been performed to test the path-integral centroid formulation proposed by Voth, Chandler and Miller for quanta1 rate constants in a simple class of models for electron transfer reactions in the tight-binding limit. Fully dynamical quantum Monte Carlo simul
conjecture an example using (1) has been treated. At the beginning of the process the electronic state was given by a wave-packet, the oscillator was assumed to be in the ground state. After half a period of the lattice oscillation, we find the electron being in part in bound states, which are conne