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May 14, 2026Open Access

The Non-Singular Singularity: Zero-Entropy Interface (ZEI) as the Information Rectifier in Gravitational Collapse

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WTWai-Hung (Pan) Tam

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Overview

Theoretical framework redefines singularities, suggesting an information rectification mechanism for cosmic phenomena.

Key Points

  • This framework proposes a new perspective on gravitational singularities using the Zero-Entropy Interface (ZEI).
  • Introduces the $t = ∞Time Ocean Model$ for gravitational singularities.
  • Refines equations on ZEI Information Flux and defines Reality Realization Degree ($\Phi$).
  • Provides empirical predictions for testing gravitational theories using optical lattice clocks.
  • Resolves divergence issues in General Relativity with a finite informational approach.
  • Explains JWST anomalies and the formation of Stupendously Large Black Holes.
  • Addresses the information paradox by proposing a mechanism for unitarity preservation.

Cite This Study

Wai-Hung (Pan) Tam (2026) studied this question.

synapsesocial.com/papers/6a056795a550a87e60a1fb85https://doi.org/10.5281/zenodo.20137096
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Also Consider

Synapse has enriched 5 closely related papers on similar clinical questions. Consider them for comparative context:

  1. 1t= ∞Time Ocean Model - Paper -0, The Non-Singular Singularity: Zero-Entropy Interface (ZEI) as the Information Rectifier in Gravitational Collapse2026
  2. 2Unified Informational Gravity: Resolving Singularities and Cosmological Dynamics via Fractal Spacetime and Entropic Information Tensors2026
  3. 3Unified Informational Gravity: Resolving Singularities and Cosmological Dynamics via Fractal Spacetime and Entropic Information Tensors2026
  4. 4Information-Emergent Spacetime Theory (IEST) v2.0: A Background-Independent Discrete Quantum Gravity Framework2026
  5. 5Z-ZERO PROTOCOL PHASE VII: The Final Asymptotic Attractor and the EFT of Entropic Information2026