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May 5, 2026Open Access

Confined Curvature Bounce Theory: Covariant Matching Constraint Formulation

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Authors

OZOthmane Zniber

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Overview

Theoretical framework proposes a new model for black-hole interiors and cosmological behavior, suggesting innovative concepts of curvature and expansion.

Key Points

  • This work aims to explore a new theoretical model, Confined Curvature Bounce Theory, for understanding black-hole interiors and related cosmological phenomena.
  • Introduced a covariant effective model addressing nonsingular black-hole interiors and cosmological implications.
  • Presented a hierarchical approach to curvature scales and incorporated constraints for matching horizons in the context of varying internal lengths.
  • Integrated this theoretical framework with concepts of dark energy and quantum dynamics.
  • Proposed that a curvature-bounce phase could replace singularities, facilitating internal expansion dynamics.
  • Identified a negative-pressure characteristic linked to active curvature behaviors post-cosmological coarse-graining.
  • Developed constraints for covariant matching between internal and external geometries, influencing how horizons behave.

Cite This Study

Othmane Zniber (2026) studied this question.

synapsesocial.com/papers/69f988be15588823dae17a67https://doi.org/10.5281/zenodo.20011877
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Also Consider

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

  1. 1Confined Curvature Bounce Theory: A Curvature-Triggered Nonsingular Black-Hole Model with Internal Support-Scale Expansion and Effective Cosmological Coupling2026
  2. 2Confined Curvature Bounce Theory: A Curvature-Triggered Nonsingular Black-Hole Model with Internal Support Deconfinement, AOS-Constrained PDE Evolution, and Rotating-Interior Stress Tests2026
  3. 3Confined Curvature Bounce Theory: A Curvature-Triggered Nonsingular Black-Hole Model with Internal Support Deconfinement, Parent Effective Dynamics, and Mesoscopic Holonomy-Domain Closure2026
  4. 4A Phenomenological Framework for Black-Hole-Induced Cosmological Bounce Scenarios2026
  5. 5Covariant single-field formulation of effective cosmological bounces2024