This book reviews recent advances in experimental and theoretical understanding of phenomena on the picosecond and femtosecond time scales. The technology and applications in this field have shown remarkable progress recently. It is now possible to produce and measure pulses much shorter than 10 fs, which is approaching the inherent limit, in the visible region. Improvements in wavelength range, power levels and other performance parameters are also reported. These high-performance light sources are being used to study ultrafast phenomena in physical, chemical and biological systems and in artificial devices. The recent results reported and reviewed in this book provide a picture of the current status of the field.

Inhalt
I Generation, Amplification and Compression of Ultrashort Light Pulses.- II Generation of Short-Wavelength Ultrashort Light Pulses.- III Propagation, Control and Measurement of Ultrashort Light Pulses.- IV Opto-Electronics and Communications.- V Applications to Solid-State Physics.- VI Dynamical Processes in Semiconductor Quantum Wells and Microstructures.- VII Nonlinear Optics, Coherent Spectroscopy and Spectroscopic Methods.- VIII Dynamics on Surfaces and at Interfaces.- IX Energy Transfer and Relaxation.- X Chemical Reaction and Solvation Dynamics.- XI Dynamics of Biological Processes.- Index of Contributors.