The Coupled Field of Being: Gravitation, Life, and Consciousness as Emergent Phases of a Three-Layer Field

Kevin L. Brown, Independent Researcher
October 2025
DOI: 10.5281/zenodo.17401208

Informational Physics Ontology Paper

Abstract

This paper presents a mathematically complete and dimensionally coherent model uniting gravitation, biological organization, and neural awareness as emergent properties of a single, coupled three-layer field within the Triune Harmonic Dynamics (THD) framework. Each layer—atomic, electromagnetic, and informational—acts as a phase-locked partition of the same underlying continuum, with synchronization across layers yielding the phenomena traditionally interpreted as gravity (mass–energy curvature), life (self-organizing persistence), and consciousness (phase-stable information integration).

The theory defines an informational energy density $\Phi = T s$ (temperature × entropy density), normalized as a dimensionless scalar $\varphi = \Phi / \Phi_0$. This field couples to electromagnetism through a conservative, gauge-invariant term that preserves energy–momentum while producing a measurable, falsifiable modulation of local gravitational acceleration.

Crucially, the paper resolves all dimensional and arithmetic inconsistencies from prior drafts: the corrected prediction

Δgg≃δρρmc2\frac{\Delta g}{g} \simeq \frac{\delta\rho}{\rho_m c^2}gΔg≃ρmc2δρ

is rigorously dimensionless and fully consistent with general relativity’s linearized limit. This alignment transforms THD’s three-layer hypothesis from a conceptual synthesis into a quantitative, testable model linking the informational and physical strata of nature.

Key Contributions

1. Dimensional coherence restored.
All prior inconsistencies (extraneous $G$, $L^2$, or unit mismatches) are resolved, yielding a dimensionally self-consistent Lagrangian with $[\mathcal{L}] = \text{J m}^{-3}$.

2. Informational field defined as physical energy density.
The informational potential $\Phi = T s$ emerges as an energy-density field coupling thermodynamic entropy to geometry without violating conservation laws.

3. Derivation of dimensionless gravitational prediction.
The measurable fractional shift $\Delta g / g = \delta\rho / (\rho_m c^2)$ arises directly from perturbative curvature in the linearized Einstein–Hilbert action, confirmed in Appendix B.

4. Three-domain unification through scale operators.
A consistent mapping of the informational scalar to:

• Layer I (Physics): Gravitational modulation ($\Delta g / g \approx 10^{-25}$).

• Layer II (Biology): Morphodynamic persistence via informational gradients.

• Layer III (Neural): Phase synchronization modeled through dimensionless order parameter $R(t)$.

5. Falsifiability and operational tests.
Predictions specify measurable gravitational and bio-informational effects at attainable energy densities ($\delta\rho \sim 10^{-5}$ J m⁻³), enabling direct verification through high-sensitivity interferometry.

6. Conservation and covariance proven.
Explicit derivation in Appendix A shows $\nabla_\mu T^{\mu\nu}_{\text{tot}} = 0$ from diffeomorphism invariance, ensuring global conservation despite cross-layer coupling.

Testability and Experimental Design

Primary falsification metric:

Δgg=δρρmc2\frac{\Delta g}{g} = \frac{\delta\rho}{\rho_m c^2}gΔg=ρmc2δρ

predicts $10^{-25}$ fractional acceleration shifts for laboratory-scale systems. Null detection constrains the coupling constant $\eta$; confirmation validates the informational-field hypothesis.

Experimental Pathways:

• Cavity-based interferometry: Differential measurement of $\Delta g / g$ under modulated energy densities.

• Thermal-gradient microcells: Verify that entropy-driven informational fields remain conservative and curvature-consistent.

• Biophysical analogs: Cytoskeletal cross-diffusion tests under low-level electromagnetic synchronization.

Falsification Criteria:
Model fails if $\Delta g / g$ remains below $10^{-26}$ across all replicates or if biological and neural phase metrics show no measurable alignment to $\varphi$-modulated conditions.

Scientific Significance

The Coupled Field of Being formalizes the long-suspected link between structure, awareness, and curvature as manifestations of a single continuum field. It reframes gravity not as an isolated geometric effect but as one expression of synchronized information-energy dynamics spanning three layers of reality.

By providing explicit equations, dimensional audits, and falsification paths, this work transitions THD from a philosophical synthesis into a peer-testable theoretical physics framework. Null results refine THD’s limits; positive results confirm the informational basis of gravitation and consciousness alike.

Foundational Papers in the THD Lineage

• THD: Scalar Field Framework for Quantum–Gravity Unification
  https://doi.org/10.5281/zenodo.15686918

• THD Equilibrium Index: Axiomatic Stability Metrics
  https://doi.org/10.5281/zenodo.16990955

• Entropy–Coupled Harmonic Field Dynamics (ECHFD)
  https://doi.org/10.5281/zenodo.17216734

• Phase Harmonic Synchronization (PHS): Cross-Domain Coherence
  https://doi.org/10.5281/zenodo.17216677

• Zero-Point Coherence (ZPCI): Structured Vacuum Resonance
  https://doi.org/10.5281/zenodo.17231648

Supplemental Reviewer Guidance

Evaluation criteria:

• Dimensional Rigor: Are all quantities physically well-defined and unit-consistent?

• Derivation Integrity: Do equations follow directly from the stated Lagrangian?

• Falsifiability: Are predictions testable via measurable $\Delta g / g$ thresholds?

• Comparative Grounding: Does the framework complement general relativity and information theory without contradiction?

• Reproducibility: Are constants, parameters, and normalization factors specified for independent replication?

Reviewer Deliverables:
Provide quantitative assessments (0–100%) for rigor, testability, consistency, and reproducibility, and determine whether the corrected dimensional framework constitutes a coherent, testable extension of THD’s three-layer unification.

Keywords: Triune Harmonic Dynamics, informational field, gravity–information coupling, emergent properties, falsifiability, three-layer unification, scalar–EM interaction, biological synchronization, $\Delta g / g$, energy–information equivalence.