VISION INTENSIFICATION USING AUGMENTED REALITY WITH METASURFACE APPLICATION

Abstract

The auxiliary wavelength configurations that are artificially fabricated are usually utilized in the metasurface nowadays in order to improve its potency in manipulating the light utilizing the unique and extraordinary operations. The paper puts forth the exploration of the metasurface application to comprehend a camouflaged structure using augmented reality with a broader view. The fundamental element utilized is the clear metalens that is integrated with an anisotropic reaction, an enhanced numerical hole with the larger hole aided with attributes related to broadband. The infrared flat metalens inbuilt with these enhanced attributes sidesteps the prevailing obstacles that are caused by the existing systems that reports a narrow vision and largeness. The results obtained shows that the metalens used provides a wider view without changing the color of the objects even on the dense closer to eye spectacle.