Abstract
The last few years have witnessed considerable progress in the development of nonlinear optical resonators. This is due in part to the improved quality of nonlinear optical crystals and in part due to the availability of frequency-stable laser sources. Such resonators find application for the frequency conversion of laser radiation with optical to optical efficiencies in the range of tens of percent, and for the study of classical and quantum interaction of light waves.
© 1994 Optical Society of America
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