The emerging field of Cavity-Optomechanics assisted by uniquely engineered structures named PhoXonic crystals is known for realizing strong microscopic interactions between the quasi-particles of light and sound. The PhoXonic interaction allows the additional control over the optical nonlinearities mediated by the additional mechanical strength. The phenomenon opens up a wide variety of applications where the need is to suppress the nonlinear optical losses as a result of poor mechanical strength, operating with longer infrared wavelengths in particular. In this work, we explore the potential of phoXonic crystals to realize ultra-low loss on-chip sensing platform with a multispectral response at midwave infrared wavelengths.
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Sharma et al. (2024) studied this question.
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