The mystical bootstrap: a quantum theory of the cosmos and an extraliminal revolution all in one.

Cosmological applications of the SymC framework. Applies χ ≈ 1 stability principles to universe-scale phenomena including cosmic acceleration onset, black hole thermodynamics, and cyclical cosmology. Demonstrates framework consistency from quantum boundaries to cosmic structure.Retry

Code and data for Phase-Tunneling Cosmogenesis. Identifies a robust critical mass (mϕ​≃1.965) defining a finite-window 'escape sector'. Demonstrates that time is a transient excursion (Barbour's time capsules) vanishing into asymptotic synchronization, with initial conditions selected via WKB tunneling.

Geometric resolution of Bell's theorem restoring Einstein locality via CPT-Siamese dual universes. Entanglement is reinterpreted as global phase synchronization across time-reversed sheets. Includes analytic derivation of CHSH correlations (22​) and empirical evidence from FRB anisotropies aligned with a 'Siamese Axis'.

Statistical topography of the universe.

This work introduces the concept of Latent Structural Causality, a framework for describing physical entities that are formally present yet lack observable effects in certain regimes. Applied to cosmology, it interprets the emergence of gravity, light, and time as transitions of operativity rather than creations ex nihilo.

Geometric resolution of Bell nonlocality in CPT-Siamese Universes. Entanglement acts as global phase synchronization across dual sheets. Includes analytic derivation of CHSH correlations and observational evidence from FRB anisotropies aligned with the Siamese Axis, unifying QM and cosmology.

First proposal for quantum state tomography of the CMB at 160 GHz using a Josephson parametric amplifier at 20 mK. Reconstructing the Wigner function and measuring photon bunching g(2)(0)=2 of primordial photons. An open research roadmap bridging cQED and observational cosmology. DOI: 10.5281/zenodo.20836974

🌌 Explore latent structural causality to redefine physical existence in unobservable regimes and deepen understanding of cosmology and physics foundations.