24 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 papersAstrophysics
2 papersGalactic Rotation
88/124 SPARC galaxies: MPFST PDE beats Newtonian (p < 10⁻⁶)
GW Echoes
73/109 events MPFST wins (67%), p = 9.16 × 10⁻⁵, combined Fisher 5.8σ
Cosmology
2 papersDark Energy / Cosmology
w = −11/15 from topology; Δχ² = 0.32 vs ΛCDM on 1,590 supernovae
Black Hole Thermodynamics
c_log = −2/3 (matches Asymptotic Safety exactly); evaporation τ ~ M³·²
Gravitational Physics
2 papersGR Recovery
ε_doping < 1.15 × 10⁻⁴ at Cassini, transition at ~1 kpc
GW Echoes
73/109 events MPFST wins (67%), p = 9.16 × 10⁻⁵, combined Fisher 5.8σ
Neuroscience
2 papersTransferred Potential
7 pre-registered predictions from independent α = 6/5
EEG CFC
r = 0.767, p = 0.0097 across 109 subjects
Condensed Matter
3 papersJJ Phantom Voltage
α_d = 1.2 predicts α_JJ ≈ 0.008 via inter-plane coupling
Qubit Decoherence
T₁ ∝ f^(−2.07±0.61) — MPFST −1.50 inside CI, QM −0.50 excluded
Anomalous Transport
25 measurements: MPFST χ² = 4.4 vs MFL χ² = 33.5 — 7.6× better
Plasma Physics
1 paperBiophysics
2 papersMicrotubule Topology
All 5 PF types (11–15) converge to λ ≈ 1.200 at 9,150 nodes
MT Lumen Pump
121× Ca²⁺ enhancement (thermal), 302,671× (driven); Meyer-Overton r = 0.995
Nuclear Physics
1 paperAtomic Physics
1 paperQuantum Gravity
2 papersQuantization & Quantum Gravity
Discrete energy spectrum + G(r) ~ r⁻¹·⁸ from same operator, QFT/GR recovered at α → 2
Black Hole Thermodynamics
c_log = −2/3 (matches Asymptotic Safety exactly); evaporation τ ~ M³·²
Mathematics
3 papersSephirotic Eigenvalue
α = 6/5 is EXACT eigenvalue of 11-node graph (error < 10⁻¹⁶)
PDE Well-Posedness
5 theorems: existence, uniqueness, energy bounds, spectral lock, global existence
Stochastic PDE
Spectral gap survives noise, Kramers escape R² = 0.997, stochastic resonance at σ ≈ 0.3