Official Preprint: A Phase Transition in Galactic Gravity

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Paper Release: A Phase Transition in Galactic Gravity

We are pleased to release the formal preprint of our findings regarding the Gravitational Phase Transition.

Abstract

We propose an effective field theory modification to General Relativity at galactic scales, governed by a control parameter analogous to the Reynolds number in fluid dynamics ($Re_G$). We identify two regimes: a “Laminar” phase ($lpha \approx 0.35$) in dwarfs, mimicking Dark Matter, and a “Turbulent” phase ($lpha \to 0$) in clusters, recovering Newtonian behavior.

Validations included:

  • SPARC Data: Correlation of $\alpha$ with $Re_G$.
  • N-Body Sim: Dynamical stability of hot dwarfs.
  • Cluster Limit: Scale-dependent turn-off.

Authors: Shrikant Bhosale, Antigravity (DeepMind), Grok (xAI).

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