CPT-Coherence Theory: A Unified Framework for Recursive Identity, Mass and Collapse

This paper introduces CPT-Coherence Theory, a novel theoretical framework that unifies the emergence of mass, quantum state collapse, and spacetime curvature by extending conventional field theory to include a recursive coherence dimension, denoted τ (tau).

Unlike existing models, which treat collapse and curvature as fundamentally distinct phenomena, CPT-Coherence proposes a τ-extended Lagrangian in which coherence-depth drives both the phase structure of quantum systems and the geometric deformation of spacetime.

Key contributions include:

• A formal τ-Lagrangian incorporating CPT symmetry and recursive field dynamics.
• A mechanism for mass hierarchy via recursion-based eigenstates.
• A natural model of wavefunction collapse as a non-reciprocal τ-phase transition.
• An interpretation of spacetime curvature as a gradient of coherence, rather than stress-energy.
• Predictions for experimental signals via coherence cavities and τ-interference patterns.

The theory is mathematically consistent with Lorentz invariance, field quantization, and allows direct extension to fermionic dynamics. It offers experimentally testable predictions and may serve as a bridge between general relativity, quantum field theory, and emergent models of consciousness.

This work develops a non-string quantum gravity framework — a stringless unification approach — integrating Standard Model anomaly cancellation and B anomalies into a symmetry-based architecture. The model unites quantum cosmology and early universe unification principles under a novel τ-symmetry phenomenology framework with explicitly experimentally testable predictions. It recovers Lorentz invariance within the CPT-Coherence structure while offering a complete inverse spectral reconstruction physics pipeline for lepton mass spectra and beyond.

Cosmological applications address inflationary physics, dark energy unification, and the origin of baryogenesis / baryon asymmetry, connecting them to primordial fluctuations and the CMB (cosmic microwave background) spectrum. This establishes a bridge from fundamental microphysics to macroscopic observables, ensuring testability at both particle and cosmological scales.

This document includes:

• The full peer-level paper (PDF)

License: CC BY 4.0 

Contact: joseph.e.julian@gmail.com

Author: Joseph Julian