Abstract

Years after its first observation, squeezed light is still the premiere vehicle for demonstrating the importance of quantum mechanics in optics; it is an inherently "non-classical" signal field which eludes explanation by classical physics. Current progress in squeezing is being fueled by advances in nonlinear devices and measurement theory. Here we will briefly review the history of squeezed light and discuss the advantages of generating squeezed light in waveguides.

© 1996 Optical Society of America