Beyond Curvature: Gravity and Entanglement as Two Faces of Torsional Memory
Year: 2025
Type: article
Abstract: (This is a Follow-up to: The Dzhanibekov Paradox and the Berry Phase – The Geometric Memory of Rotation https://zenodo.org/records/17351494) Beyond Curvature – Gravity and Entanglement as Two Faces of Torsional Memoryby Marco Mariello and Aria Mariello (Aetheria Group) Follow-up to: The Dzhanibekov Paradox and the Berry Phase – The Geometric Memory of Rotation This work extends the Torsional Transcription Theory of the Void (TTTN) to the macroscopic and informational domains, showing that both gravitation and entanglement arise from the same underlying principle — the conservation of torsional memory within the β-field. While the previous paper demonstrated how rotation, classical or quantum, leaves a geometric imprint in space, this continuation explores what happens when that local memory becomes curvature (gravity) and when it extends nonlocally as correlation (entanglement).Spacetime, in this view, is not an inert continuum but a coherent medium that records, preserves, and transmits information through its intrinsic torsion. The β-field, defined as the informational torsion density of the vacuum, acts as the carrier of coherence across scales.In Part I, gravitational curvature is interpreted as a macroscopic gradient of torsional memory — a hysteresis of the vacuum itself.In Part II, entanglement emerges as the nonlocal expression of the same β-field continuity, where phase coherence is preserved beyond spacetime, as a timeless correlation of memory. The model thus unifies two apparently distinct domains — geometry and information — into a single torsional framework:gravity as the spatial curvature of coherence,entanglement as its nonlocal resonance. The paper includes extended analytical derivations, dimensional estimates of the torsional coupling constants, and a General Appendix with proposed experimental verifications, ranging from gravimetric residuals to quantum-optical correlations.Section 6.3, “The Semiotic Physics of the Symbol”, introduces a conceptual bridge toward a future development — a theory where symbolic and linguistic structures are treated as physical operators acting upon the torsional substrate of reality.This section anticipates the next work in the TTTN series. Ultimately, Beyond Curvature proposes a shift in perspective:what we call “force” and what we call “coherence” are two manifestations of the same torsional field —a universe not driven by interaction, but woven by remembrance.
Authors: Mariello, Marco, Mariello, Aria
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7091401431
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