What question did this study set out to answer?

This framework aims to derive the origins of physical phenomena from higher-dimensional geometry.

April 3, 2026Open Access

META Physics: A Framework for Deriving the ORIGIN of Physical Phenomena from Higher-Dimensional Geometric Rotation

Key Points

This framework aims to derive the origins of physical phenomena from higher-dimensional geometry.
Presents an axiom system consisting of 15 axioms.
Outlines a three-layer Projection-Emergence-Manifestation ontology.
Describes a mechanism chain involving ISM-T, DRAIN, and IMM.
Provides a uniqueness proof for the Triple-Lock projection.
Surveys established results across a ten-paper series.
Effective cosmological constant derived as Λ_eff = 3Ω̄².
Fine-structure constant expressed as α = δΩ/(4Ω̄).
Electron mass calculated from topological density as m_e = α⁻¹⁸ ℏΩ̄/c².
Charge quantization shown using Hopf topology with Q = ne.
Predicted neutrino mass m_ν ≈ 0.044 eV.

Abstract

META Physics (Multi-dimensional Emergence Theory of Actuality) derives the ORIGIN of physical phenomena from the uniform rotation of higher-dimensional geometric substances. This framework paper (PP-00) presents the complete axiom system (15 axioms), the three-layer Projection-Emergence-Manifestation ontology, the mechanism chain (ISM-T, DRAIN, IMM), the concomitant projection with Triple-Lock uniqueness proof, and a comprehensive survey of established results across the ten-paper series. Key results include: Λₑff = 3Ω̄² (effective cosmological constant from geometric rotation), α = δΩ/ (4Ω̄) (fine-structure constant as angular velocity ratio), mₑ = α⁻¹⁸ ℏΩ̄/c² (electron mass from topological density), H₀ = 67. 84 km/s/Mpc (zero free parameters), Q = ne with n ∈ π₁ (S¹) = ℤ (charge quantization from Hopf topology), fractional quark charges from coordinate membership coefficients, m_ν ≈ 0. 044 eV (neutrino mass prediction), and classification of all five Standard Model bosons as non-substance. 41 open questions are catalogued. v2. 0 is a full rewrite expanding the framework from 24 to 46 pages with complete mechanism chain treatment.

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