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A Cosmic Theory on Object Invisibility: Impact of Successive Skies with Variable Time Domain

Md. Foisal Haque

Abstract


This research proposes an innovative cosmic theory of invisible object assuming various successive Skies and time domain by using simple trigonometric formula. The angle between object (Stars, Universes, etc. in the successive Skies except first Sky) and observer (human/ Earth/Sun/Galaxy/Universe in the first Sky) is calculated by using this formula. The zero angle proves the object invisibility. It also proves that universes under first Sky are very infinitesimal compared to the successive Skies. The proposed theory is developed based on the imaginary judgement by considering three postulates and one hypothesis. There is no mathematical model and complex formulae of classical cosmology used in this research. This research addresses some imaginary issues such as successive Skies, variable speed of light, different time domain. These idealized issues were not addressed in the classical physics/astronomy/cosmology, previously. So, there is a scope for enhancing this research in future by developing mathematical model, deriving formulations for successive Skies to apply appropriate boundary conditions, etc.


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References


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