Optomechanical doubly resonant 2D frequency doubling devices

An optomechanical device for frequency doubling enhancement, comprising:

• a substrate through which light of a first wavelength is introduced;
• a first reflector mirror positioned on the substrate;
• a conductive layer disposed on the first reflector mirror;
• a second mirror spaced apart from the conductive layer, thereby forming an optical cavity between the second mirror and the conductive layer;
• a power source coupled to the second mirror and the conductive layer;
• and
• a monolayer of non-linear optical material disposed within the optical cavity, the monolayer configured to produce light of a second wavelength upon interaction with the light of the first wavelength,
• wherein the second mirror is deformable upon introduction of voltage from the power source to the second mirror, the voltage introduced to the second mirror effecting deformation of the second mirror;
• and
• wherein the deformation of the second mirror changes a length of the optical cavity, thereby enhancing a power output of the light of the second wavelength produced by the monolayer.