Abstract
Squeezed and other nondassical fields can be employed for enhanced spectroscopic sensitivity surpassing the standard quantum limit.1 However, beyond improvements in quantitative analysis where the nondassical field acts only as a passive probe are a wealth of possibilities associated with the active alteration of fundamental atomic radiative processes.2 In this regard, we are currently pursuing two experiments which make use of our frequency tunable source of squeezed light. The first studies two- photon excitation by correlated photon pairs,3 while the second investigates line- width alterations in cavity QED with squeezed light.4
© 1994 Optical Society of America
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