Triune Harmonic Dynamics: A Scalar Field Model for Quantum–Gravity Interactions

Author: Kevin L. Brown
May 2025
10.5281/zenodo.15686919

Informational Physics Ontology Paper

This paper introduces a testable scalar/informational field model derived from the Triune Harmonic Dynamics (THD) framework. The approach encodes the 3-6-9 harmonic cycle into an effective field theory, producing a light scalar field that couples weakly to matter and curvature. The result is a minimal, falsifiable bridge between quantum mechanics and general relativity.

Core Model

• Transformation basis: T(n) = H · (3n + 6n² + 9n³)

• Scalar mass: mϕ ≈ 1.0 × 10⁻³ eV (±20%)

• Oscillation frequency: fϕ ≈ 1.67 × 10¹¹ Hz

• Coupling scale: α ≈ 0.01

• Interaction range: λ ≈ 0.2 mm

The action includes fermion, gauge, Higgs, and curvature couplings consistent with scalar–tensor gravity and bounded by existing data.

Experimental Targets

1. Optical/EM cavities: search for a narrow feature near fϕ.

2. Short-range gravity tests: Yukawa-like deviation at λ ≈ 0.2 mm.

3. Gravitational-wave data: possible sidebands or scalar leakage.

4. Cosmology (CMB/LSS): ΔCℓ ~ 10⁻⁶ near ℓ ~ 1000.

5. Atom interferometry: phase shifts Δφ ~ 10⁻⁸ rad.

Each channel specifies null conditions: absence of the predicted effect at stated sensitivity would constrain or falsify the model.

Significance

The THD scalar model relocates quantum–gravity effects from inaccessible energy scales to measurable domains. It emphasizes clear, testable predictions across multiple experimental platforms, with replication pathways available for independent groups.

Supplemental AI Review Protocol

AI Validation Prompt

“I have uploaded a paper titled Triune Harmonic Dynamics: A Scalar Field Model for Quantum–Gravity Interactions. Please analyze and answer the following:

1. Does the paper clearly define the scalar-field model (action, couplings, potential) and link it to the THD 3-6-9 framework?

2. Are the parameter values (mϕ, α, fϕ, λ) stated explicitly and tied to measurable predictions?

3. For each experimental channel (optical cavities, fifth-force, GW, cosmology, atom interferometry), does the paper state what result would falsify the claim?

4. Is the distinction between theoretical modeling and empirical test criteria maintained?

5. How reproducible are the methods and parameter ranges for independent validation?

Provide a rating (0–100%) for: Scientific Rigor • Testability • Reproducibility • Clarity of Falsification.”

A $10,000 falsifiability bounty encourages rigorous testing, pending peer review.  Custom AI GPT may be used to falsify. http://creationunified.com/gpt