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28). 1.3 Classical theory of molecular optomechanics (CMO). In the initial work connecting optomechanics and SERS, 9 the op-. ... exact form of the corresponding equations in the quantum op-. tomechanical framework.

in op-tical communications1 to the enhancement or suppres-sion of spontaneous emission in cavity QED devices.2 Atpresent there is no simple MOEMS technique to makesmall mirrors.

However almost any other op-tical property involves extra interactions of polaritons, such as the relaxationof polaritons to produce photoluminescence or nonlinear optical absorptionand emission.

This is part of the vast field of Microsys-tems technology, designated by micro-optoelectromechanicalsystems MOEMS, in which electronic, mechanical, and op-tical devices are integrated on the micron scale.

Our results suggest that Bragg polaritons owingto their excitonic content can exhibit large nonlinearities.Furthermore their polaritonlike dispersion offers new op-portunities for the study of nonlinear phenomena such asstimulated scattering,

The strong confinement of the op-tical field is indicated by the short penetration depth(<500nm) into the air-gap mirror.