What question did this study set out to answer?

The aim is to conduct a global empirical verification of TQNT-V5.6 using various public datasets to validate the mass operator and refine previous models.

June 14, 2026Open Access

TQNT-V5.6 (v1.2) — Global empirical verification: 17 datasets and V5.5 closure

Key Points

The aim is to conduct a global empirical verification of TQNT-V5.6 using various public datasets to validate the mass operator and refine previous models.
Synthesis of data from 17 public datasets including LHC, cosmic rays, and neutron stars.
Validation of the Ω_ts mass operator along with updates to Press-Schechter steps.
Validated the Ω_ts mass operator at RMS 1.72% and median 0.63%, with 98.5% <5% on 67 PDG particles.
Observed m_H at -0.87% and m_Z at +0.15% deviations from expected values.
Documented V5.5 closure values: α=1.1991 with 0.08% error, κ_g at 3.13e-53 m with 0.05% error.

Abstract

TQNT-V5. 6 v1. 2 global empirical verification synthesis across 17 public datasets (LHC EW/hadronic, DM direct detection LZ/XENONnT/PandaX, 0νββ, nuclear masses, PDG lifetimes, neutron stars, GW, cosmic rays, Planck CMB, DESI BAO, water isotopes, muon g-2, KATRIN). Validates Ωₜs mass operator at RMS 1. 72%, median 0. 63%, 98. 5% <5% on 67 PDG particles. EW: mH -0. 87%, mZ +0. 15%. V5. 5 closure documented: α=1. 1991 (0. 08%), κg=3. 13e-53 m (0. 05%), and the analytic step-8 Ω²-saturated closure at M_*=10¹2 M_⊙. v1. 2 update incorporates Press-Schechter step 7 and Ω²-saturated step 8 (commits ee01be9, e0a54f4).

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