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April 24, 20260 citationsOpen Access

The Sub-Equilibrium Model (SEM): A Theoretical Framework on Informational Cosmology and the Resolution of the s^ (2s) Snap

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MPMohan Nithya Praanav

Key Points

  • To introduce the Sub-Equilibrium Model (SEM) as a new framework in understanding cosmology and gravity.
  • Develop theoretical concepts by defining the universe as a 0.9 fragment of a 1.0 Parent source.
  • Examine the transition from a 1D information timeline to a 3D projected reality.
  • Identify a key sequential glitch affecting information processing.
  • Propose a mechanical explanation for gravity as a 'healing force'.
  • Describe black holes as system failures due to processing mismatches between 0.9 hardware and 1.0 data.
  • Highlight the fundamental glitch at 2^(-10^865) affecting informational transitions.

Abstract

The Sub-Equilibrium Model (SEM) proposes a new cosmological framework where the universe is defined as a 0. 9 fragment of a 1. 0 Parent source. This paper explores the transition from a 1D information timeline to a 3D projected reality. By identifying a fundamental sequential glitch (2^ (−10⁸65) ) and the role of hyper-exponential entropy (S^ (2S) ), we provide a mechanical explanation for gravity as a "healing force" and black holes as system crashes where 0. 9 hardware attempts to process 1. 0 data. This paper represents Version 1. 0 of an ongoing framework.

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Cite This Study

Mohan Nithya Praanav (2026) studied this question.

synapsesocial.com/papers/69eb0bfa553a5433e34b570fhttps://doi.org/10.5281/zenodo.19680251
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