Published April 26, 2026
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Journal article
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ollapse-Induced Vacuum Rebirth (CIVR): A Unified Scalar–Tensor Framework for Cosmology and Non-Singular Black Holes.
Description
Abstract
This paper introduces Collapse-Induced Vacuum Rebirth (CIVR), a unified scalar–tensor framework designed to resolve fundamental tensions in modern cosmology and the classical problem of black hole singularities.
At the core of the framework is the Palingen field
which remains dormant in low-curvature environments but undergoes a symmetry-breaking phase transition when spacetime curvature exceeds a critical threshold, denoted as the Tachyonic Gate (R_C)
.
Key Results:
- Singularity Resolution: In gravitational collapse, the activation of the Palingen field generates a stable de Sitter core, replacing the classical singularity and leading to the formation of stable, non-singular CIVR remnants.
- Cosmological Tensions: The model provides a natural mechanism for the smooth suppression of large-scale CMB power and alleviates the
S8 clustering tension by modifying the evolution of perturbations in high-curvature regimes.
- Observational Signatures: We predict unique, falsifiable signatures, including CIVR echoes in gravitational-wave ringdown signals and the breaking of axial–polar isospectrality.
This work establishes CIVR as a mathematically consistent and statistically competitive alternative to the
ACDM paradigm, offering a unified physical origin for both early-universe anomalies and the interior structure of compact objects.