Optomechanics is thus not only fundamentally important, as it provides a setting to understand the physics of optical-mechanical interactions 3 6 7 , but also practically significant with applications ranging from ultra-precision measurements 2 8 9 , light-matter entanglement 10 11 12 , mechanical memory 13 , tunable optical coupler 14 , classical state preparation through squeezing 15 16 , optical transparency 17 , and photon shuttling 18 to creation of nonclassical light 19 20 and cooling of microscopic or mesoscopic objects 21 22 .
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Transient chaos - a resolution of breakdown of quantum-classical correspondence in optomechanics.
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