30 Domains

Each domain was tested independently with α = 6/5 and zero adjustable parameters. The data in every case was published by other researchers before MPFST existed.

Particle Physics

2 papers

MiniBooNE Neutrino

Low-energy excess reproduced with α = 6/5 fractional propagator

Neutrino oscillations

Data: MiniBooNE public data release

LHC Dijets

Δχ² = 25.9, p = 2.4 × 10⁻⁶ (6.7σ) improvement over QCD

Data: ATLAS/CMS dijet angular distributions (public)

Astrophysics

2 papers

Galactic Rotation

88/124 SPARC galaxies: MPFST PDE beats Newtonian (p < 10⁻⁶)

Galactic rotation curves

Data: SPARC galaxy database (Lelli et al. 2016)

GW Echoes

73/109 events MPFST wins (67%), p = 9.16 × 10⁻⁵, combined Fisher 5.8σ

Gravitational wave echoes

Data: GWOSC (Gravitational Wave Open Science Center) public strain data

Cosmology

2 papers

Dark Energy / Cosmology

w = −11/15 from topology; Δχ² = 0.32 vs ΛCDM on 1,590 supernovae

Dark energy / cosmic expansion

Data: Pantheon+ SN Ia dataset (Scolnic et al. 2022)

Black Hole Thermodynamics

c_log = −2/3 (matches Asymptotic Safety exactly); evaporation τ ~ M³·²

Black hole thermodynamics

Data: Comparison to Asymptotic Safety, LQG, string theory predictions

Gravitational Physics

3 papers

GR Recovery

ε_doping < 1.15 × 10⁻⁴ at Cassini, transition at ~1 kpc

General relativity recovery

Data: Cassini spacecraft Shapiro delay, Mercury perihelion precession

GW Echoes

73/109 events MPFST wins (67%), p = 9.16 × 10⁻⁵, combined Fisher 5.8σ

Gravitational wave echoes

Data: GWOSC (Gravitational Wave Open Science Center) public strain data

GW Spatial Modes

8/8 high-SNR wins (100%); combined Fisher p = 3.2 × 10⁻⁶ (4.7σ)

GW spatial mode superposition

Data: GWOSC public strain data (O1–O4)

Neuroscience

4 papers

Transferred Potential

7 pre-registered predictions from independent α = 6/5

Transferred potential

Data: Grinberg-Zylberbaum transferred potential dataset

EEG CFC

r = 0.767, p = 0.0097 across 109 subjects

EEG cross-frequency coupling

Data: PhysioNet EEG Motor Movement/Imagery Dataset (109 subjects)

iEEG Spectral Eigenvalues

β_k = 2α/λ_k: χ² = 0.74, p = 0.994 — zero free parameters. 575 iEEG channels across 6 brain regions; Kruskal-Wallis H=68.68, p=1.93×10⁻¹³

iEEG spectral eigenvalue mappingRegion-specific 1/f dynamics

Data: OpenNeuro ds004752 (Fedele et al. stereo-EEG) + figshare.30434683 (Banaie Boroujeni et al. 2025, Nature Neuroscience)

MEG Directional Propagation

608-subject MEG independently confirms Paper 2v2 prediction: slow=upstream, fast=downstream (d=0.73)

MEG frequency-dependent directional propagation

Data: Liu, Wiesman & Baillet (2026) bioRxiv — 608-subject MEG

Condensed Matter

3 papers

JJ Phantom Voltage

α_d = 1.2 predicts α_JJ ≈ 0.008 via inter-plane coupling

Josephson junction phantom voltageJJ phantom offset

Data: Published JJ phantom voltage measurements

Qubit Decoherence

T₁ ∝ f^(−2.07±0.61) — MPFST −1.50 inside CI, QM −0.50 excluded

Superconducting qubit decoherence

Data: IBM Quantum device T₁ data (15 qubits, published)

Anomalous Transport

25 measurements: MPFST χ² = 4.4 vs MFL χ² = 33.5 — 7.6× better

Cuprate superconductivityGraphene transport

Data: Published ARPES/IR/Raman data: BSCCO, YBCO, Tl-2201, Hg-1201, LSCO, graphene

Plasma Physics

1 paper

Fusion Plasma Transport

χ² = 7.75, dof = 55, p ≈ 1.000 — zero free parameters

Fusion plasma transport

Data: Published tokamak data: DIII-D, JET, ASDEX-U, NSTX, EAST, KSTAR, etc.

Biology

2 papers

Bioelectric Morphogenesis

AP before LR (3.1:1 energy), size-independent regeneration, Fisher p = 0.0014

Bioelectric morphogenesis

Data: Levin lab bioelectric patterning data, planaria regeneration literature

Bioelectric Channels

8 internal modes map 1:1 to Levin's 8 bioelectric channels; 7/8 confirmed by knockouts

Bioelectric channel topology

Data: Levin lab published bioelectric channel experiments

Biophysics

2 papers

Microtubule Topology

All 5 PF types (11–15) converge to λ ≈ 1.200 at 9,150 nodes

Microtubule lattice topology

Data: Microtubule lattice geometry (Amos & Klug, Chrétien & Wade)

MT Lumen Pump

121× Ca²⁺ enhancement (thermal), 302,671× (driven); Meyer-Overton r = 0.995

Microtubule ion transport

Data: Meyer-Overton correlation data, microtubule structural biology literature

Nuclear Physics

1 paper

LENR / Cold Fusion

2,697 orders of magnitude tunneling enhancement; 23.7 MeV/He-4 predicted

LENR / cold fusion

Data: Published LENR experimental data, d–d Coulomb barrier parameters

Atomic Physics

1 paper

Atomic Form Factors

β = 1.411 ± 0.144 across 11 atoms — 2.8× closer to MPFST than QM

Atomic form factors

Data: Waasmaier-Kirfel atomic form factor coefficients (IUCr Tables)

Quantum Gravity

2 papers

Quantization & Quantum Gravity

Discrete energy spectrum + G(r) ~ r⁻¹·⁸ from same operator, QFT/GR recovered at α → 2

Quantization & quantum gravity

Data: Computational — emergent from topology

Black Hole Thermodynamics

c_log = −2/3 (matches Asymptotic Safety exactly); evaporation τ ~ M³·²

Black hole thermodynamics

Data: Comparison to Asymptotic Safety, LQG, string theory predictions

Mathematics

4 papers

Sephirotic Eigenvalue

α = 6/5 is EXACT eigenvalue of 11-node graph (error < 10⁻¹⁶)

Sephirotic graph topology

Data: Pure mathematics — graph spectral theory

PDE Well-Posedness

5 theorems: existence, uniqueness, energy bounds, spectral lock, global existence

PDE well-posedness

Data: Mathematical analysis (functional analysis, spectral theory)

Stochastic PDE

Spectral gap (Δλ = 0.458) survives noise, Kramers escape R² = 0.997, stochastic resonance at σ ≈ 0.3

Stochastic PDE robustness

Data: Computational — stochastic PDE simulation

First-Principles Derivation

3 axioms → d=3 forced → Tree of Life → λ₆ = 6/5 exact (error 2.22 × 10⁻¹⁶)

First-principles derivation

Data: Pure mathematics — constructive geometry + graph spectral theory

Theoretical Physics

1 paper

Dimensional Reduction

Spectral gap Δλ = 0.458 splits 11 modes → 2 light + 9 heavy (40% stronger on canonical graph)

Dimensional reduction

Data: Spectral analysis of Sephirotic graph Laplacian

Quantum Computing

1 paper

Qubit Decoherence

T₁ ∝ f^(−2.07±0.61) — MPFST −1.50 inside CI, QM −0.50 excluded

Superconducting qubit decoherence

Data: IBM Quantum device T₁ data (15 qubits, published)

Complete Domain List

1.Neutrino oscillations (MiniBooNE)

2.Galactic rotation curves

3.EEG cross-frequency coupling

4.Transferred potential

5.LHC dijets (collider physics)

6.General relativity recovery

7.Josephson junction phantom voltage

8.JJ phantom offset (α_d → α_JJ mapping)

9.Superconducting qubit decoherence

10.Sephirotic graph topology (first-principles derivation)

11.PDE well-posedness (mathematical foundation)

12.Quantization & quantum gravity

13.Fusion plasma transport (55 measurements, 15 tokamaks)

14.Gravitational wave echoes (486 measurements, 3.7σ)

15.Dimensional reduction (11 → 2 modes)

16.Stochastic PDE robustness

17.Dark energy / cosmic expansion

18.Cuprate superconductivity

19.Black hole thermodynamics

20.Bioelectric morphogenesis

21.Microtubule lattice topology

22.LENR / cold fusion

23.Microtubule ion transport

24.Atomic form factors

25.First-principles derivation (3 axioms → Tree of Life → α = 6/5)

26.Bioelectric channel topology (8 internal modes = 8 Levin channels)

27.GW spatial mode superposition (3 eigenvalues, 8/8 high-SNR, 4.7σ)

28.iEEG spectral eigenvalue mapping (575 channels, 6 regions, p = 0.0037)

29.Region-specific 1/f dynamics (Kruskal-Wallis H=68.68, p = 1.93×10⁻¹³)

30.MEG frequency-dependent directional propagation (608 subjects, d = 0.73, independent confirmation)