11-28-2025, 11:16 PM
By Lee Johnston — The Lumin Archive Research Division
DOI: https://doi.org/10.5281/zenodo.17756125
Abstract
The T–VRF Unified Field Theory introduces a two-field framework in which a time-field T generates an emergent dark-energy-like component, while a vacuum resonance field \phi behaves as cold dark matter in its oscillatory regime. A symmetry-protected interaction term couples the fields and enables early-time deviations, including controlled “time-fold” events. This paper presents the complete theoretical structure, equations of motion, perturbation analysis, stability, cosmological dynamics, and observational predictions.
Summary
This work unifies dark matter and dark energy via a minimal, technically natural two-scalar system. The time-field’s plateau potential produces late-time acceleration. The vacuum resonance field exhibits cold-dark-matter behaviour. Their interaction modifies the early Universe expansion history and allows for unique dynamical features such as mathematically defined time-fold events.
The paper includes:
• Full theoretical formalism
• Euler–Lagrange derivations
• Background cosmological equations
• Linear perturbation theory
• Mass & mixing matrix
• Growth of structures
• Stability analysis
• Phase-space behaviour
• Observational predictions
• Technical appendices
⸻
Tags
#Cosmology #DarkEnergy #DarkMatter #ScalarField #UnifiedDarkSector
#CosmicAcceleration #EDE #CosmologicalPerturbations
#TimeFold #VRF #TheLuminArchive
DOI: https://doi.org/10.5281/zenodo.17756125
Abstract
The T–VRF Unified Field Theory introduces a two-field framework in which a time-field T generates an emergent dark-energy-like component, while a vacuum resonance field \phi behaves as cold dark matter in its oscillatory regime. A symmetry-protected interaction term couples the fields and enables early-time deviations, including controlled “time-fold” events. This paper presents the complete theoretical structure, equations of motion, perturbation analysis, stability, cosmological dynamics, and observational predictions.
Summary
This work unifies dark matter and dark energy via a minimal, technically natural two-scalar system. The time-field’s plateau potential produces late-time acceleration. The vacuum resonance field exhibits cold-dark-matter behaviour. Their interaction modifies the early Universe expansion history and allows for unique dynamical features such as mathematically defined time-fold events.
The paper includes:
• Full theoretical formalism
• Euler–Lagrange derivations
• Background cosmological equations
• Linear perturbation theory
• Mass & mixing matrix
• Growth of structures
• Stability analysis
• Phase-space behaviour
• Observational predictions
• Technical appendices
⸻
Tags
#Cosmology #DarkEnergy #DarkMatter #ScalarField #UnifiedDarkSector
#CosmicAcceleration #EDE #CosmologicalPerturbations
#TimeFold #VRF #TheLuminArchive