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Applications of far-infrared free-electron lasers to condensed-matter physics

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Abstract

Far-infrared free-electron lasers (FIR FEL’s) provide a unique tunable source in the 100–1000-μm region. The application of FEL’s to several condensed-matter systems is discussed with special reference to those systems that have been studied by optical spectroscopy. The optical switching of FIR radiation in order to generate nanosecond tunable FIR pulses is described. Future experiments for FIR FEL’s are discussed in context with ongoing improvements and the development of new machines.

© 1989 Optical Society of America

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