Titlebook: Ultrashort Laser Pulses and Applications; Wolfgang Kaiser Textbook 19881st edition Springer-Verlag Berlin Heidelberg 1988 electronics.femt

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Optical Nonlinearities with Ultrashort Pulses,red in spectroscopic applications for an adequate understanding of the coupling between the short pulse and the dynamical processes under investigation. Without exaggeration one can say that nonlinear optics is an inherent and fundamental part of the generation, analysis and application of ultrashort laser pulses.

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Introduction,ratories has led to a certain maturing of the field with respect to the generation of . laser pulses. The available wavelengths cover a wide range from the ultraviolet (~ 300 nm) to the mid-infrared (~ 12 μm). Pulse durations between one and one hundred picoseconds can be generated in various system

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Optical Nonlinearities with Ultrashort Pulses,echniques, on the one hand, expanded the experimental capabilities in this field while, on the other hand, a great demand for suitable pulses in various spectral regions was created that cannot be directly fulfilled by available laser systems. A basic solution of this problem is offered by quantum o

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Ultrashort Interactions in Solids,hniques to solid-state phenomena involved roughly a hundred publications and provided a fairly complete coverage of the work on the subject. The field was undoubtedly in its infancy, as were most of the applications of picosecond techniques in other areas. It was also quite clear that a significant

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Ultrafast Optoelectronics,als. Basic device concepts using photoconducting and electro-optic materials are described and their implementation in high speed measurement systems is illustrated with specific applications to discrete device and integrated circuit testing, high power switching, and radio frequency generation and

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Ultrafast Coherent Spectroscopy,ration of ultrashort light pulses enabled coherent spectroscopy to be extended to real-time measurements of rapid dynamic processes on the time scale of 10. s. The early measurements of picosecond time-resolved coherent Raman scattering in 1971 were followed by numerous time-resolved techniques adap