Importance

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Abstract

A cenotaph optical device absorbing UV light beams in high-intense thermal pressure, dynamic and alternating optical glass trap situated beneath each transform to collect uniform colluded radical ions, preventing further light decay, thus further reducing chromatic aberration. A wireless RFOF optical network cross linked with one convex aperture lens, one viewing aspheric lens, a programmable SoC to serve as an aspheric corrector, two concave lenses, having incorporated therein a cobalt-infused fiber-optic filament wherein the potent filtration ion is Zr⁴⁺ or Ti⁴⁺. The inventive device is optically clear and can be utilized to cast microporous films over altered barometric pressure, either supported or unsupported. The catadioptric optical device of which this invention's dual optical system relates combines lenses and mirrors to form discernible images as a direct proportionate of chromatic aberration, wherein images are sequential and static as a result of thermal induction throughout a series and combinations of lenses and mirrors. Under extreme temperatures, coating on its components adsorb subsurface material at various stages of the IR and UV spectra, permitting the apparatus to act with a sub compartmentalized cryopanel, initiating photons. This enables deep space detection. The purpose of which is to view distant celestial bodies at the subsurface phase in motion, while maintaining cost-effective integrity and portability.

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First Claim