Metaoptics, an emerging field within optics, stands out by manipulating light at subwavelength scales and employing complex structures to control light propagation, interference, polarization, and phase. This technology not only enables the miniaturization of optical components but also introduces advanced functionalities crucial for modern applications including high-resolution imaging, AR/VR and smart-lighting systems. In this presentation, we discuss detailed insights into the design strategy, materials optimization, and fabrication process, which include techniques like lithography, mask design, and etching, all tailored to meet the unique demands of our applications. Our presentation aims to accelerate the development of next-generation miniaturized sensing technologies with unparalleled capabilities.
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