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This paper aims to review and critique the Random Cosmic Creation Hypothesis in cosmology.

July 7, 20260 citationsOpen Access

The Random Cosmic Creation Hypothesis: A Review

SKSagar KapadiaUniversity of North Carolina at Chapel Hill

Key Points

This paper aims to review and critique the Random Cosmic Creation Hypothesis in cosmology.
Analysed the mathematical foundations of the Random Cosmic Creation Hypothesis.
Examined statistical boundaries ranging from $10^{-50}$ to $10^{-10^{123}}$.
Identified and discussed a category error in the approach to generative mechanisms.
Exposed a fatal category error in using internal variables to bound generation mechanisms.
Demonstrated that forcing a generative framework onto an unconstrained canvas results in undefined outcomes.
Illustrated that this approach collapses standard probability, stripping physics of predictive power.

Abstract

Modern materialist cosmology frequently invokes the ``Random Cosmic Creation Hypothesis'' to explain the precise configuration of our universe. By treating cosmogenesis as a stochastic lottery, proponents attempt to explain away the radical fine-tuning of initial physical parameters. This paper reviews the mathematical underpinnings of this hypothesis. We analyse the standard statistical boundaries (10^-50 to 10^-10^{123}) and expose a fatal category error in attempting to use internal variables to bound a parent generative mechanism. We present a terminal architectural limitation: when the generative framework is forced onto an unconstrained canvas, the system scales to infinity, collapsing standard probability into an undefined void (/) that strips physics of its predictive power

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