What question did this study set out to answer?

The aim is to present three parameter-free predictions from the Time-Unity Theory Model, which may challenge existing physics frameworks.

June 3, 2026Open Access

TUM-B: Three Parameter-Free Predictions for 2026–2027

Key Points

The aim is to present three parameter-free predictions from the Time-Unity Theory Model, which may challenge existing physics frameworks.
Falsifiable predictions made based on the Time-Unity Theory Model without free parameters or fitting.
Calculations derived from Cl(8) geometry yielding specific values for the quasar dipole, sterile neutrino mass, and muon anomaly.
JWST quasar dipole amplitude predicted at 0.00317.
Sterile neutrino mass scale estimated at 0.072 eV.
Muon g-2 anomaly resolution calculated at 0.00116592089.

Abstract

We present three sharp, parameter-free predictions from the Time-Unity Theory Model (TUM), falsifiable within 18 months: 1. JWST Quasar Dipole Amplitude: A = π / (32² × 31) = 0. 00317 2. Sterile Neutrino Mass Scale: mₛ = mₑ / 2¹⁵ = 0. 072 eV 3. Muon g-2 Anomaly Resolution: a_μ = 0. 00116592089 All derive from the same Cl (8) geometry that produced the lab-verified 11. 25° phase, 1. 147 amplification, and -37. 2% vortex. Zero free parameters. Zero fitting. Data and code: 10. 5281/zenodo. 20489521 If JWST, KATRIN, and Fermilab confirm these values by 2028, ΛCDM and the Standard Model require fundamental revision. If not, TUM is falsified.

TUM-B: Three Parameter-Free Predictions for 2026–2027

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Abstract

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