01
Gravity
Source index: the linear harmonic and the monograph's worked Tully-Fisher entry, including vTF = 199.777 km/s for M = 10¹¹ M☉.
n = 1 · β₁ = φ⁰ = 1
The UMtts Institute · Mass Harmonics
Mass
Harmonics
One substrate. One equation. All of reality can now be derived… Wait, really?!
The public home of the Mass Harmonics framework, its canonical source record, validation instruments, prospective prediction dataset, and the Institute work emerging from the ψₘ substrate.
Canonical source · public record · prospective terrain contact · contact
Canonical framework
Mass Harmonics vX · 10.2
Prospective record
49 predictions across 7 public targets
Public validation records
wwPDB · ICHEP 2026
The Canonical Form
The ψₘ Master Field Equation
The canonical display form of the ψₘ substrate law. The notation is structural, so the equation is preserved exactly.
1/vₓ²ψ̈ₘ - Z(ψₘ)∇²ψₘ - 8Kψₘ/ω²|∇ψₘ|² = S(ρ)
This expression is treated as canonical source material. The site may frame it, scale it, and make it legible; it must not alter the equation, the notation, or the term structure.
1/vₓ² ψ̈ₘ
Temporal propagation term
Second-time-derivative structure of ψₘ scaled by vₓ².
− Z(ψₘ)∇²ψₘ
Z-weighted spatial Laplacian
Spatial curvature under the effective metric factor Z(ψₘ).
− 8Kψₘ/ω² |∇ψₘ|²
GG nonlinear gradient coupling
Coherence-pressure self-interaction. Kψₘ remains one standalone coupling term.
S(ρ)
Geometric source term
Source response coupled to external mass-energy density.
Z(ψₘ)
Effective metric factor
Z(ψₘ) = 1 + 8Kψₘ/ω²; Z ≥ 1; Z = 1 at the bare substrate reference limit.
f = vₓ/(2πR) = Kψₘ/R
Scaling law
Boundary-closure relation used to translate radius, frequency, and vₓ.
Universal Scaling
Kψₘ = c/2π
47,713.45 Hz·km
Eigenvalue of Existence
φ = (1+√5)/2
≈ 1.6180339…
Harmonic Scaling Law
βₙ = φ³⁽ⁿ⁻¹⁾
icosahedral eigenvalues
Precipitation Identity
Kψₘ + Δ_G = 0
dodecahedral ⇄ icosahedral duality
The Parsimonious Polynomial Polyphony of the Giboney Gradient
Five harmonic orders. One substrate. No switching.
Density does not switch physics or turn voices off. It changes the boundary response and the relative expression of the same simultaneously active P³GG voices.
02
Electromagnetism
Source index: the quadratic coupling layer, α⁻¹ ≈ 137.03, surface exchange, and radiation entries preserved in the monograph record.
n = 2 · β₂ = φ³ ≈ 4.236
03
Stable Matter
Source index: the three-wave resonance, equilateral closure, 3D locking, and icosahedral substrate entries.
n = 3 · β₃ = φ⁶ ≈ 17.944
04
Phase Transitions
Source index: symmetry-breaking entries, including the Higgs relation mH = vEW·φ−√2 ≈ 124.6 GeV.
n = 4 · β₄ = φ⁹ ≈ 76.013
05
Consciousness
Source index: quintic coherence-maintenance entries, including the monograph's worked P ≈ 20 W human-brain power estimate.
n = 5 · β₅ = φ¹² ≈ 321.997
Zero Free Parameters
Derived structures, not fitted parameters.
A source index of the derivations preserved in the monograph, shown here as navigational summaries rather than standalone proof.
| Constant | Derivation | Agreement |
|---|---|---|
| c | Oobleck critical shear threshold of the MFE | exact |
| φ | Unique root of x²−x−1=0 forced by equilateral closure | exact |
| α⁻¹ ≈ 137.03 | Icosahedral coupling factor × Z-curvature × boundary layer | 0.004 % |
| mp / me = 6π⁵ | 6 permutations × 5 harmonic orders, with α-dressed measurement correction | α-dressed match |
| mH = vEW·φ−√2 | n=3/n=4 density transition of the source term | 0.40 % |
| SU(3)×SU(2)×U(1) | Full symmetry group of the icosahedral lattice | structural |
| a₀/(cH₀) = 1/(2π) | Kψₘ applied at the Hubble coherence horizon | exact |
| vTF = 199.777 km/s | Baryonic Tully-Fisher worked case for M = 10¹¹ M☉ | zero-fit |
| Pconsciousness ≈ 20 W | β₅ quintic coherence maintenance integral | matches metabolism |
Part 0 · Historical Genesis
It began with a propulsion chamber.
The engineering observation that opened the path into Mass Harmonics.
The ψₘ framework originated not in a thought experiment aimed at unifying physics, but in a computational simulation designed to optimize the Mass Ball Impulse Drive (MBID).
In late July 2025, Thomas Russell Giboney added a φ-phased spiraling twist force to an icosahedral 12-emitter array. The control chamber retained only push-pull forces.
A galaxy emerged.
The chamber showed galaxy-like rotation, flattening to a galactic plane, and entities revolving asymmetrically around a center — none of which was written into the physics engine. The spiraling, twisting force based on φ was named the Giboney Gradient.
The question that followed, "Why did my intentional geometric choice produce a galactic structure with emergent gravity?", became the seed of the entire Mass Harmonics framework.
Frame 1 of 5 · Recorded emergence sequence from the MBID chamber simulation.
The Canonical Record
Publications and instruments
Canonical publications of the Institute. No truncation, no abridgement.
Foundation · Final Edition
Mass Harmonics vX
The canonical monograph record: Ten Commandments, eight axioms, the uniquely forced principle derivation, the Master Field Equation, the Zero Free Parameter Proof Set, the Uniqueness Proof, and complete appendices.
Protocol
Triform Validation Protocol v1.9
The 9-calculation mandate, ledger discipline, fault matrix, tautology sentinel, and forensic audit method.
Instrument
TVP v1.9 Universal Auditor
Browser-native forensic engine executing the actual tvp_auditor.py through Pyodide.
Translation
The TWT v1.0
Transport With Translation: substrate integration first, downstream translation second.
Neuroscience
Mass Harmonics & the Resonant Brain
Substrate-first neuroscience extending the framework into neural resonance, memory, binding, and cognition.
Cognitive integrity
CEPTA
The Institute's public Cognitive Entrapment Prevention and Transparency Act record.
Prospective science
Mass Harmonics Prospective Predictions 2026
49 prospective predictions across 7 public terrain targets, sealed before scheduled release corridors.
Prospective Public Record
Mass Harmonics Prospective Predictions 2026
Volume I records 49 prospective predictions across 7 scheduled public terrain targets. The prediction dataset is preserved in the public ledger and DOI record.
49Predictions · 7 targets
02
wwPDB · July 15
Structural biology terrain · 4 sealed predictions against 293 newly released protein structures.
Validation record
04
ICHEP 2026
High-energy physics terrain · 6 sealed predictions against the July 30 through August 5 result corridor.
Validation record
"There were never coordinates. Those were pretend.
Relational ratios have always been the real truth."
Thomas Russell Giboney · Founder
Research Access
Enter through the source record.
Read the framework, inspect the ledger, follow the prospective records, use the public validation instruments, and request research access when deeper collaboration is appropriate.
Request access. Browse the ledger. Follow the predictions.
The Institute's complete public record is open. Research access for deeper collaboration is available on request.