Thirteen papers across fourteen domains. Every analysis script, dataset reference, and statistical test is published on Zenodo with DOIs. Download the code, run it, challenge it.
Every result below uses the same fractional exponent α = 1.2, originally measured from human EEG data (Paper 2). This value was then applied — without refitting — to neutrino oscillations, galactic rotation curves, LHC collider data, gravitational wave echoes, fusion plasma transport, quantum gravity, and eight other domains. One number, fourteen domains.
The Tree of Life coupling matrix (KAPPA) predicts real EEG cross-frequency coupling across 109 human brains from PhysioNet. 8/10 connectivity predictions correct. Connected pairs 2.31× stronger than zero pairs. Alpha band emerges as central hub with 4 connections — uniquely predicted by this topology.
The fractional field Green's function with α = 1.2 produces 7 specific quantitative predictions for the transferred potential paradigm (Grinberg-Zylberbaum 1994). Calibrated against Radin 2004 replication data. Two predictions (bidirectional symmetry, distance-independent latency) have never been tested.
The coupled PDE propagator with off-diagonal e-μ coupling creates neutrino flavor transitions at MiniBooNE's short baseline (541m). Energy dependence (E₀/E)^1.2 concentrates signal below 500 MeV where the actual excess lives. Uses official MiniBooNE HEPData with 60×60 fractional covariance matrix. No sterile neutrinos, no new particles.
The coupled PDE framework sources standard gravity through the Plane 9 illusions field with fractional diffusion. α = 1.2 fixed from EEG, not fitted to galaxy data. Same number of free parameters as NFW dark matter (3 each). Tested on the full SPARC database — the gold standard for rotation curve analysis. 45 decisive PDE wins vs 17 for NFW.
CMS JetHT Run2016G dijet angular distributions show a fractional correction growing with energy, exactly as the coupled PDE framework predicts. α = 1.2 fixed from EEG. The correction enters as (M/Λ)^(2−α) with Λ = 5.91 TeV and coupling ε = 1.59 × 10³. Published CMS data, 7 mass bins from 2.4 to 7.0 TeV.
The coupled PDE framework naturally recovers standard General Relativity in the low-doping limit (solar system scales). The fractional Green's function creates an automatic transition at ~1 kpc from Newtonian-dominated to fractional-dominated gravity. No fitted acceleration scale (unlike MOND), no additional fields (unlike TeVeS).
The fractional inter-plane coupling parameter α_d = 1.2 (from MiniBooNE and galactic rotation) predicts the Josephson junction phantom voltage offset via α_JJ = (2−α_d)·ζ(α_d)/(2π·N^(α_d−1)). The mapping connects macroscopic doping dynamics to mesoscopic junction physics with zero additional free parameters.
Analysis of 15 superconducting qubits from published IBM/Google data reveals anomalous decoherence scaling T₁ ∝ f^γ with γ_obs = −2.07 ± 0.61. The MPFST prediction γ = −(α/2 + α²/4) = −1.50 falls inside the 95% confidence interval. Standard quantum mechanics predicts −0.50, which is excluded.
The fractional exponent α = 6/5 (1.2) is proven to be an exact eigenvalue of the normalized Laplacian of the 11-node Sephirotic graph (10 Sephirot + Da'at, 24 edges). The eigenvector is the bilateral symmetry mode. Without Da'at (10-node), closest eigenvalue is 1.2224. Da'at locks topology to α = 6/5 exactly. The parameter is a topological invariant, not empirical.
Five fundamental theorems establishing the mathematical well-posedness of the MPFST coupled PDE system. Local existence via Picard contraction (factor 0.0003), energy boundedness (88% monotone decay), uniqueness via Gronwall (contraction 0.07), α=6/5 spectral lock (graph eigenvalue = PDE exponent), and global existence (no blowup to T=20). All verified numerically.
Quantization and gravity emerge from the same fractional operator (−Δ)^(3/5) on the 11-node Sephirotic topology. Discrete energy spectrum without quantization axioms. Gravitational potential G(r) ~ r^(−1.8) with flat rotation curves. QFT recovered at α→2 (spectral distance→0). GR recovered at α→2 (gravity deviation→0). One phase transition at g=0.025 with 307 level crossings.
55 published measurements from 15 tokamak devices across 5 independent observables. All predicted by α = 6/5 with zero free parameters. PSD β = 1.175±0.060 (predicted 1.2), Hurst H = 0.602±0.021 (predicted 0.6), ELM Weibull k = 1.220±0.069 (predicted 1.2), pedestal scaling −0.814±0.037 (predicted −5/6, standard −0.5 EXCLUDED at 8.45σ), transport exponent 1.205±0.038 (predicted 1.2).
Analysis of 233 LIGO/Virgo gravitational wave events from the full GWOSC catalog. Post-merger ringdown shows power-law decay consistent with fractional dynamics. MPFST α=1.2 (fixed) outperforms standard exponential ringdown in 73/109 quality measurements. Combined with galactic rotation curves (Paper 4) via Fisher's method: 5.8σ significance. Gravity unification across solar system, strong-field, and galactic scales with zero free parameters.
| Manuscript | Status |
|---|---|
| CHAOS-D-26-01867 — Fractional field model | Under Review |
| CHAOS-D-26-01926 — Sephirotic EEG CFC | Under Review |
| CHAOS-D-26-02017 — MiniBooNE neutrino | Under Review |
| es2026mar07_508 — One Topological Constant, 14 Domains | Submitted |
| Paper 4 — Galactic rotation curves | Zenodo Published |
| Paper 5 — LHC dijet distributions | Zenodo Published |
| Paper 6 — GR recovery | Zenodo Published |
| Paper 7 — JJ phantom voltage | Zenodo Published |
| Paper 8 — Qubit decoherence | Zenodo Published |
| Paper 9 — Sephirotic eigenvalue (α=6/5 exact) | Zenodo Published |
| Paper 10 — PDE well-posedness | Zenodo Published |
| Paper 11 — Quantization & quantum gravity | Zenodo Published |
| Paper 12 — Fusion plasma transport | Zenodo Published |
| Paper 13 — GW echoes / gravity unification | Zenodo Published |