The Dārvīsh Curvature, Le Cœur d'Univers & Mnemetry
Description
Abstract
Spiral memory geometry emerges as a unifying structure across cosmological scales. This framework addresses outstanding anomalies in ΛCDM cosmology—such as the Hubble tension, CMB axis alignments, and neutrino damping—without inflationary tuning or exotic matter. It introduces quantum coherence limits via field strain, predicts observable anisotropies, and proposes a unified Lagrangian that spans from the Planck scale to observable galactic drift.
This version (v3) expands on The Timothy Compromise spiral expansion framework. It introduces coherence-linked moiré geometries and predictive drift pathways in alignment with observational anomalies (e.g., CMB dipole-axis offset, wandering black hole displacement). Mnemetry—the proposed embedding of memory into curvature—is examined through phenomenological and coherence-resonant lenses.
A revised mathematical core is under development; this version is intended as a framing document and collaboration platform.
Restricted Access: This version is currently shared only for private review, collaboration outreach, or grant inquiry.
Tyrell, Timothy
AnimaOrphei@proton.me
Note: This draft is the third version of the spiral model first introduced in The Timothy Compromise (v2). A revised Lagrangian structure is currently under development and may appear in v4 or related supplements.
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Related works
- Is described by
- Other: 10.5281/zenodo.15520268 (DOI)
Dates
- Created
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2025-04-12V1
- Updated
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2025-04-24Draft compiled, no citations, still refining formula
- Updated
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2025-07-07V3