Publications
The working papers are gathered in the series Cahiers de physique théorique CA9 (CA9 Working Papers in Theoretical Physics) (numbered, ISSN pending). Every publication is deposited on Zenodo with a timestamped DOI (dated versions, sources included). The associated predictions live in the register.
A topological reading of the Koide relation: Z₃ structure, the √2 amplitude, and a parameter-free electron-mass estimate
A topological reading of the Koide relation (3.3 ppm): the three charged leptons as the three Z3 modes of a single trefoil knot; sqrt(2) amplitude, pi/12−epsilon phase, parameter-free electron mass to ±3%; dated m_tau prediction (Belle II).
A scale-free Higgs potential with discrete renormalization: κ_λ = 5/3 and m_H = 2v/√(π ln(1/α))
The scale-free scalar potential with a discrete renormalization step predicts kappa_lambda = 5/3 and the closed form m_H = 2v/sqrt(pi ln(1/alpha)) = 125.0 GeV — a falsifiable HL-LHC target.
The spacetime weave and its consequences: theorems, mechanizations, and a falsifiable register
The spacetime weave mechanizes E=hf, Lorentz kinematics, flat Friedmann (Omega_tot=1 as a theorem), w=−1 and gravity as the response to deficits (G=hbar c/M_Pl^2) — with a dated falsifiable register.
TQNT-V6: Quantum Theory of Topological Knots — Detailed monograph (6th edition, the spacetime weave)
The complete framework: a single fundamental field (SU(2) Chern-Simons connection at level k=135) on the undulating weave; particles = knots, one-scale mass spectrum (89 states, 0.13% median), declared statuses, falsification register.
Dated, falsifiable predictions for heavy-baryon spectroscopy and dark matter: Ξ_cc* = 3659 MeV, Ω_b* = 6067 MeV, B₀*/B₁' = 5665 MeV, H_cc = 4497 MeV, and knot dark matter at 1.7–2.2 GeV
The dated quantitative predictions, frozen before measurement, with explicit windows and refutation conditions — spectroscopy, neutrinos, dark matter, cosmology, forward p-O (LHCf), internal null test.