Unraveling Astrophysical Mysteries: Comparative Analysis of Computational Fractions in the Habitation of Our Solar System

Hrishi Mukherjee

Abstract: This text explores the scope of evolution by comparing two fractions derived from distinct computational methodologies. Fraction one, 1/187, arises from the complex derivation of values using the Genesis Equation by ChatGPT. Fraction two, 3/217 , is based on a basic knowledge of our Solar System. The comparison reveals that the ratio 3/217 is greater than 1/187 . The discussion incorporates the Genesis Equation, values, and computations, highlighting the seemingly unre-lated numbers? connection within the field of astrophysics. The text suggests a potential correlation between the probability of habitable entities in our solar system and the challenges of searching for exoplanets in other solar systems.

Keywords: This text explores the scope of evolution by comparing two fractions derived from distinct computational methodologies. Fraction one, 1/187, arises from the complex derivation of values using the Genesis Equation by ChatGPT. Fraction two, 3/217 , is based on a basic knowledge of our Solar System. The comparison reveals that the ratio 3/217 is greater than 1/187 . The discussion incorporates the Genesis Equation, values, and computations, highlighting the seemingly unre-lated numbers? connection within the field of astrophysics. The text suggests a potential correlation between the probability of habitable entities in our solar system and the challenges of searching for exoplanets in other solar systems.