Titlebook: Coherent Control in Atoms, Molecules, and Semiconductors; Walter Pötz,W. Andreas Schroeder Book 1999 Springer Science+Business Media Dordr

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Coherent Phase Control of Photoionization and Photodissociationcurring can be calculated by adding the probability amplitudes for each path and then squaring the sum. A well known example is the photoionization of an atom or a molecule. One route connecting the ground state . > with the continuum 39-1 > is direct ionization, with a probability amplitude that is

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Coherent Control of Atomic Photoionization and Autoionizationen under continuing study and evolution over the last few years [1-8]. Its general aspects as well as a number of specific issues pertaining to small molecules are usefully reviewed and summarized in this volume by Gordon et al. With the intention of avoiding duplication of discussion and minimizing

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Lasing Without Inversion Via Interference of Double-Dark Resonances in Atomic and Quantum Well Syste basis for electromagnetically induced transparency (EIT) and lasing without inversion (LWI). Inhomogeneous broadening due to atomic motion in gases, or different effective masses for various levels in quantum wells presents a minor problem for Eit, but is more serious in the case of LWI. However, r

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Many-Body Effects in the Ultrafast Population Transfer in P-Doped Semiconductor Quantum Wellstransfer is investigated. The population transfer under consideration involves heavy-hole (.) and light-hole (.) bands in p-doped semiconductor quantum wells. The investigation is a theoretical analysis and numerical evaluation of appropriate generalized multi-band semiconductor Bloch equations. Dyn

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Coherent Control of Heavy-Light Hole and Phonon Quantum Beats example of a purely electronic coherence with the case of phonon quantum beats which are a characteristic feature of electron-phonon quantum kinetics. The maxima and minima of the beat amplitudes can be understood by the same arguments. For the case of phonon quantum beats an exacly solvable model

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Coherent Control Schemes In Semiconductor Double Wellsuations. The latter are obtained from Dyson’s equation within the Keldysh nonequilibrium Green’s function approach and allow a microscopic analysis of coherent control schemes in semiconductors. Feasibility of coherent control of charge oscillations, optical absorption, and optical gain is predicted