Self-Calibrating Causal Closure (SCCC′) Revision V33_000: Complete Parameterless Derivation of Physical Nature
Year: 2026
Type: preprint
Abstract: # Self-Calibrating Causal Closure (SCCC′) Revision V33_000 **Abstract:** Revision V33_000 establishes the mature, parameterless physical closure of the Self-Calibrating Causal Closure (SCCC′) framework. Formulated over a pre-geometric KO-dimension 6 real spectral triple (\mathcal{A}_F, \mathcal{H}_F, D_F, J, \gamma) with minimal algebra \mathcal{A}_F = \mathbb{C} \oplus \mathbb{H} \oplus M_3(\mathbb{C}) over a 96-dimensional carrier space, SCCC′ derives all 26 fundamental physical parameters of the Standard Model and \Lambda\text{CDM} cosmology from first principles without continuous free parameters. ### Framework Highlights (Revision V33_000): 1. **Complete 26-Parameterless Physical Ledger:** Parameterless derivations for the W boson mass (m_W = 80.379 GeV), weak mixing angle (\sin^2\theta_W = 0.23152), neutron-proton mass split (m_n - m_p = 1.2933 MeV), dark matter relic density (\Omega_{\text{dm}} h^2 = 0.1201), baryon ratio (\Omega_b/\Omega_{\text{dm}} = 0.1333), Galactic MOND scale (a_0 = 1.18 \times 10^{-10} m/s^2), Higgs/top masses (125.09 GeV / 172.69 GeV), and exact zero dark energy temporal derivatives (w_a = w_b = 0.0000). 2. **Ghost-Free Quantum Gravity & KMS Commutativity:** Non-local transverse-traceless graviton form factor e^{H(\Box)} ensuring zero Stelle ghosts, 100% UV heat-kernel finiteness (a_0 = a_2 = 0), and off-shell gauge independence [\sigma_t^\omega, \hat{Q}_{\text{BRST}}] = 0 across the S=0 bounce seam. 3. **Ontic Structural Realism & Dual-Aspect Monism:** Resolution of Schur's lemma module constraints, non-Abelian TRD Bell bound saturation (S_{\text{Bell}} = 2\sqrt{2}), and 405.3:1 dynamic bounce entropy compression down to a forced 1-bit topological seed ([Q_T] = +1). 4. **Absolute Mathematical Foundations:** 100% relative set-theoretic conservativity over ZFC (Con(ZFC) \implies Con(SCCC′_{\text{math}})) via Shoenfield Metatheorem 4.6.
Author: T. R. Dix
Language: English
Subfield: Nuclear and High Energy Physics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7225800080
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