Creative Commons Attribution Non Commercial No Derivatives 4. 0 International X-h-p We propose a unified theoretical framework linking three seemingly independent quantities the proton mass, the proton magnetic moment, and the proton spin decomposition. Using the QCD energy momentum tensor together with the electromag netic form factors, we derive a compact relation showing that these observables arise as different projections of a single non perturbative quark gluon structure. We embed this structure within a Higgs portal dark matter model with thermal resonance near the electroweak phase transition. The Higgs coupling induces shifts in the gravitational form factor A (Q2), potentially linking dark sector dynamics to hadronic properties at the precision measurement level. Numerical Predictions for Experimental Validation: DM Mass (mchi): 55 - 62 GeV Higgs-Portal Coupling (lambda): 0. 015 - 0. 03 Kinetic Mixing (epsilon): 10^-6 to 10^-7 Proton-DM Coupling (gₕp): 3. 8 x 10^-3 Decay Width (Gammaₘix): 10^-14 to 10^-13 GeV Dark matter resonance diagram The proton DM coupling is constrained to gₕp = 3. 8 x 10^-3, derived from the geometric ratio 12/pi and the QCD A (0) form factor, stabilizing the dark matter resonance at exactly 60. 62 GeV. The gₕp = 3. 8 x 10^-3 coupling is a geometric necessity, the Higgs field interacts with the 12 SM fermions (representing the total available vacuum degrees of freedom), while the proton energy distribution scales with pi in a spherical approximation of the energy-momentum tensor. This interaction is naturally scaled by the ratio of the QCD energy scale to the Higgs VEV (~10^-3), removing any arbitrary free parameters from the model. The predicted 15. 4% branching ratio is consistent with LHC data, as the epsilon kinetic mixing induces a semi-visible decay topology rather than a purely invisible width. Furthermore, the 12/pi geometric scaling suppresses the scattering cross section at low momentum transfer, placing the model safely near the neutrino floor, below current LUX-ZEPLIN/XENONnT detection limits. ------ Interesting Fact: The base of my model is 3. 8. The sum of my DOI is 38. And I am 38 years old. Synchronicity?
Norbert Levente Kis (Wed,) studied this question.