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March 25, 2026Open Access

An Effective Fluid Cosmology: Spatial Orthogonal Conversion Theory (SOCT) and the Resolution of Macroscopic Gravitational Anomalies

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CTChang-Xing Tsai

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Overview

This framework demonstrates resolution of gravitational anomalies in cosmology, suggesting new insights into dark matter and energy.

Key Points

  • To propose a new theoretical framework, Spatial Orthogonal Conversion Theory, that addresses gravitational anomalies in cosmology.
  • Introduce SOCT as a dynamic substrate model versus static geometry of General Relativity.
  • Employ a non-linear saturation mechanism for substrate flow velocity.
  • Analyze the geometric phase transition to an 'orthogonal stress' state.
  • Model cosmic voids as sources for substrate regeneration.
  • SOCT resolves the mass divergence paradox through outward convective expansion.
  • The model yields an isothermal density profile explaining flat galactic rotation curves.
  • Calculates regeneration parameter as approximately 0.104, bridging Hubble tension.
  • Accurately predicts gravitational lensing with a factor of 2.

Cite This Study

Chang-Xing Tsai (2026) studied this question.

synapsesocial.com/papers/69c37b20b34aaaeb1a67d469https://doi.org/10.5281/zenodo.19161905
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