Thermally excited capillary waves are the main source of surface roughness and scattering losses in whispering-gallery-mode microsphere resonators, as shown by AFM measurements matching capillary wave theory.
Effect of Laser Coupling and Active Stabilization on the Phase Noise Performance of Optoelectronic Microwave Oscillators Based on Whispering -Gallery-Mode Resonators
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Experimental Evidence of Thermal Capillary Waves Excitation on a Microsphere Surface
Thermally excited capillary waves are the main source of surface roughness and scattering losses in whispering-gallery-mode microsphere resonators, as shown by AFM measurements matching capillary wave theory.