Principia Metaphysica
Philosophiae Metaphysicae Principia Mathematica
A unified theory of gravity and the Standard Model forces based on a Kaluza-Klein compactification of a 12-dimensional spacetime, where time emerges as a thermodynamic phenomenon from a fundamental fermionic "Pneuma" consciousness field.
Version 4.0 | Post-Peer Review | Testability Grade: C | November 2025
⚠ Important Scientific Context
Principia Metaphysica is a speculative theoretical framework, not established physics. While mathematically consistent and designed to be falsifiable, it has not been experimentally verified and makes predictions beyond current technology. This work represents one researcher's attempt to unify fundamental physics; the scientific community has not validated these ideas. Readers should approach this as exploratory theoretical work, not proven science.
Dimensions
(12,1) → 4D via KPneuma
Gauge Group
SO(10) ⊃ GSM
What Emerges
- Einstein gravity + cosmological dynamics
- SO(10) GUT → Standard Model
- Three fermion generations from topology
- Thermal time from Pneuma statistics
Abstract
This framework presents a unified theory of gravity and the Standard Model forces based on a Kaluza-Klein compactification of a (12,1) dimensional bulk spacetime. The central postulate is that the internal 8-dimensional manifold, KPneuma, is a dynamic geometric structure formed from condensates of a fundamental fermion, ΨP. We demonstrate that KPneuma can be modeled as a homogeneous space with an SO(10) isometry group, which, upon dimensional reduction, yields a 4D Einstein-Yang-Mills-Higgs theory with SO(10) as the gauge group.
The framework introduces the Thermal Time Hypothesis (TTH), linking the flow of time to the entropy gradient of the Pneuma field. Through the mechanisms of braneworlds and Kaluza-Klein compactification, the model naturally leads to a 4D modified Myrzakulov F(R,T) gravity with a late-time cosmological attractor driven by a scalar modulus (the "Mashiach" field), providing a dynamical explanation for dark energy.
Key Theoretical Concepts
The Principia Metaphysica framework unifies several profound concepts from modern theoretical physics.
(12,1) Spacetime
A 13-dimensional bulk with 12 spatial and 1 temporal dimension, treated as an Effective Field Theory.
Pneuma Field (ΨP)
A fundamental 64-component fermionic spinor whose condensates form the internal geometry.
SO(10) Grand Unification
All Standard Model forces and fermions unified in the 16-dimensional spinor representation.
Thermal Time Hypothesis
Time emerges from thermodynamic flow via Tomita-Takesaki modular theory.
Mashiach Field
A modulus field driving cosmic acceleration and stabilizing extra dimensions.
Falsifiable Predictions
Modified gravitational wave dispersion testable via SME coefficients.
Paper Sections
Explore each component of the theoretical framework in detail.
Introduction
The quest for unification, geometrization of forces, and the fermionic foundation for geometry.
Geometric Framework
Kaluza-Klein reduction on the Pneuma manifold, EFT paradigm, and 4D effective action.
Gauge Unification
SO(10) grand unified framework, symmetry breaking chains, and doublet-triplet splitting.
Fermion Sector
Fermions in 12D, the Pneuma mechanism for chirality, and SO(10) representation embedding.
Thermal Time Hypothesis
Emergent time from thermodynamics, Tomita-Takesaki theory, and KMS states.
Cosmological Dynamics
Modified F(R,T) gravity, Mashiach field attractors, and dark energy mechanism.
Predictions & Tests
Proton decay, gravitational wave signatures, SME coefficients, and experimental constraints.
Conclusion
Summary of results, unification of concepts, and future research directions.
Falsifiable Predictions
The theory makes concrete, testable predictions that connect it to experimental physics:
| Prediction | Observable | Current Status |
|---|---|---|
| Proton Decay | p → e+ + π0 | τp = (4.0+2.5-1.5) × 1034 yr; Super-K: >2.4 × 1034 |
| GW Dispersion | ω2 = k2(1 + ξ2(k/MPl)2) | n=2 (quadratic), ξ2~1010; effect ~10-32 (unobservable) |
| Cosmic Strings | Stochastic GW Background | NANOGrav potential signal |
| Dark Energy | w(z) evolution | w0 fitted; wa<0 derived; w → -1 attractor |