Titlebook: Coherent Optical Interactions in Semiconductors; R. T. Phillips Book 1994 Springer Science+Business Media New York 1994 Exciton.Semiconduc

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corn732

Coherent Excitonic and Free Carrier Dynamics in Bulk GaAs and Heterostructures,ns in a water solution of Fe. ions. Pulses in the radio frequency range were generated by means of a gated oscillator with pulse widths between 20 μs and a few milliseconds. With these pulses dephasing times of the order of 10 ms have been measured. In the 1960s echo experiments were brought into th

ARC

最初

Spin-Related Effects in III-V Semiconductors,ough in reality the 1s orbital level of the electron and hole consists of several different states corresponding to different orientations of the spins of the particles. The degeneracy of the spin states can be removed by spin-orbit interaction, by low symmetry crystal fields, by exchange interactio

altruism

Quantum Beat Spectroscopy of Excitons in Semiconductors, coherence of exciton states in semiconductors and ionic crystals. Coherence in that case signifies the existence of a well-defined phase relationship between the time-dependent quantum mechanical wavefunctions. Following the creation of the exciton system in a coherent state by optical excitation w

BILK

Investigation of Free-Carrier Scattering in Semiconductors Using Coherent Spectroscopy,interest in semiconductor devices such as bipolar transistors. Investigations of the rate of energy loss of high energy electrons incident on thin metallic films date back to 1930 [1, 2]. In more recent times scattering processes of free carriers, excitons and other excitations in semiconductors hav

BILK

Nonlinear Coherent Optical Effects in Semiconductors, and final states of the transition. The nonlinear optical properties of this state can be used to provide a sensitive measurement of many fundamental parameters of the material including transport, elastic and inelastic scattering, energy level splittings between nearly degenerate states, energy re

CODA

Non-Markovian Optical Systems,[2] and the development of pulse compressors [3], dynamical processes can now be studied that occur on time scales well below 100 fs. When coherent optical experiments are performed on these time scales, the interpretation of the observed dynamics is preferably done in terms of two-level systems and

motor-unit

Ultrashort Coherent Excitations in Semiconductors,s in matter.. The four-wave mixing technique of particular interest here is “Coherent Anti-Stokes Raman Scattering” (CARS) and its time-resolved (TRCARS) version.. A semiclassical theoretical description of these nonlinear processes has been presented by Placzek..

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