Constructive Integer Physics from the Synchronous Triad

Abstract: A parameter-free, constructive mathematical and physical verification specification deriving relativistic kinematics, Standard Model quantum numbers, quantum measurement dynamics, nuclear stability, and discrete general relativity strictly within the integer rings $\mathbb{Z}$, $\mathbb{H}_{\mathbb{Z}}$ (integer-scaled Hurwitz quaternions), and $\mathbb{O}_{\mathbb{Z}}$ (integer octonions), with zero continuum limits, zero irrational square roots, and zero adjustable parameters. Starting from the closed non-commutative triad ($A^2 = B^2 = C^2 = ABC = -I$) updating synchronously via $\Omega(\mathbf{s}_t) = s_0 I + \mathbf{v}(\mathbf{s}_t)$ with $\mathbf{s}_t \in \{+1, -1\}^3$ and $s_0 = -s_x s_y s_z$ on the body-centered cubic lattice $\Lambda_{\text{BCC}}$, twelve self-contained integer theorems establish: (1) 4D Hadamard orthogonality ($HH^T = 4I_4$), the $2T / Q_8 \cong \mathbb{Z}_3$ coset sweep ($C_1 \to 2C_2 \to 8Q_8$), and $16\text{D}$ sedenion zero-divisor termination at $N = 3$; (2) exact step-reversal quadrance relativity ($3N^2 = Q_{\mathbf{X}} + T_\tau$) and proper clock quadrance $Q_0 = N^2 - Q_{\mathbf{X}}$; (3) single-tick octonion conjugation, the quark/lepton confinement split, and the charge-color parabola $\vert{}\mathbf{s} \times \mathbf{c}\vert{}^2 = 4k(3 - k) \in \{0, 8, 8, 0\}$; (4) the unscaled electroweak identity $\hat{Q} = \hat{T}_3 + \hat{Y}_L$, the $72 : 120 : 192$ trace ratios ($S_W^{(0)} = 3/8$), and exact anomaly cancellation; (5) zero-sum Hydrogen baryogenesis ($p + n + e^- + \nu_L = 0$), Deuteron six-quark frustration stability, and the 3D nucleon magnetic relation $3\hat{\mu}_n + 2\hat{\mu}_p = 0$; (6) $N = 2$ vacuum scalar cancellation ($-48I + 48I = 0I$), discrete exterior calculus ($d^2 \equiv 0$), and orthogonal photon polarizations; (7) the $N = 3$ Hurwitz chiral lock, the $1$-to-$1$ forward-choice vs. backward-determinism bijection, and the $(3,3,5,2,5,2,5,2)$ inner-core spectrum; (8) the $\text{lcm}(2, 3) = 6$ fermion knot closure, universal loop parity $(-1)^m$, $\theta_{\text{QCD}} \equiv 0$, the $\text{lcm}(3, 4) = 12$ associator braid, and the $(6, 3, 2)$ commutator overlap matrix; (9) the $N = 4$ return-loop partition ($216 = 24 + 144 + 48$), $120^\circ$ cyclic decoherence shift, Wigner's Friend turnstile, and Tsirelson bound ($\hat{C}^2 = 8I$); (10) the Six $24$s uniqueness of $d = 3$ and the $24m^2 + 2$ Euler causal shell identity; (11) the exact integer Euler–Schwarzschild quadrance equation, telescoping $4M^3 + 6M^2 + 3M$ horizon evaporation, and the Baryonic Tully–Fisher rotation trough $N\,\Delta Q_\perp^2 \approx 4M\,\Delta N^4$ without dark matter; and (12) 3D tetrahedral rotor aperiodicity ($U^2 - 2U + 9I = 0$).

Authors

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-10-31
DOI
https://doi.org/10.5281/zenodo.23835433
Primary Topic
Algebraic and Geometric Analysis
Type
preprint
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preprint

Constructive Integer Physics from the Synchronous Triad

Christian S. McClelland
Zenodo (CERN European Organization for Nuclear Research)
Algebraic and Geometric Analysis
preprint

Constructive Integer Physics from the Synchronous Triad

Christian S. McClelland
preprint en

Abstract

Abstract: A parameter-free, constructive mathematical and physical verification specification deriving relativistic kinematics, Standard Model quantum numbers, quantum measurement dynamics, nuclear stability, and discrete general relativity strictly within the integer rings $\mathbb{Z}$, $\mathbb{H}_{\mathbb{Z}}$ (integer-scaled Hurwitz quaternions), and $\mathbb{O}_{\mathbb{Z}}$ (integer octonions), with zero continuum limits, zero irrational square roots, and zero adjustable parameters. Starting from the closed non-commutative triad ($A^2 = B^2 = C^2 = ABC = -I$) updating synchronously via $\Omega(\mathbf{s}_t) = s_0 I + \mathbf{v}(\mathbf{s}_t)$ with $\mathbf{s}_t \in \{+1, -1\}^3$ and $s_0 = -s_x s_y s_z$ on the body-centered cubic lattice $\Lambda_{\text{BCC}}$, twelve self-contained integer theorems establish: (1) 4D Hadamard orthogonality ($HH^T = 4I_4$), the $2T / Q_8 \cong \mathbb{Z}_3$ coset sweep ($C_1 \to 2C_2 \to 8Q_8$), and $16\text{D}$ sedenion zero-divisor termination at $N = 3$; (2) exact step-reversal quadrance relativity ($3N^2 = Q_{\mathbf{X}} + T_\tau$) and proper clock quadrance $Q_0 = N^2 - Q_{\mathbf{X}}$; (3) single-tick octonion conjugation, the quark/lepton confinement split, and the charge-color parabola $\vert{}\mathbf{s} \times \mathbf{c}\vert{}^2 = 4k(3 - k) \in \{0, 8, 8, 0\}$; (4) the unscaled electroweak identity $\hat{Q} = \hat{T}_3 + \hat{Y}_L$, the $72 : 120 : 192$ trace ratios ($S_W^{(0)} = 3/8$), and exact anomaly cancellation; (5) zero-sum Hydrogen baryogenesis ($p + n + e^- + \nu_L = 0$), Deuteron six-quark frustration stability, and the 3D nucleon magnetic relation $3\hat{\mu}_n + 2\hat{\mu}_p = 0$; (6) $N = 2$ vacuum scalar cancellation ($-48I + 48I = 0I$), discrete exterior calculus ($d^2 \equiv 0$), and orthogonal photon polarizations; (7) the $N = 3$ Hurwitz chiral lock, the $1$-to-$1$ forward-choice vs. backward-determinism bijection, and the $(3,3,5,2,5,2,5,2)$ inner-core spectrum; (8) the $\text{lcm}(2, 3) = 6$ fermion knot closure, universal loop parity $(-1)^m$, $\theta_{\text{QCD}} \equiv 0$, the $\text{lcm}(3, 4) = 12$ associator braid, and the $(6, 3, 2)$ commutator overlap matrix; (9) the $N = 4$ return-loop partition ($216 = 24 + 144 + 48$), $120^\circ$ cyclic decoherence shift, Wigner's Friend turnstile, and Tsirelson bound ($\hat{C}^2 = 8I$); (10) the Six $24$s uniqueness of $d = 3$ and the $24m^2 + 2$ Euler causal shell identity; (11) the exact integer Euler–Schwarzschild quadrance equation, telescoping $4M^3 + 6M^2 + 3M$ horizon evaporation, and the Baryonic Tully–Fisher rotation trough $N\,\Delta Q_\perp^2 \approx 4M\,\Delta N^4$ without dark matter; and (12) 3D tetrahedral rotor aperiodicity ($U^2 - 2U + 9I = 0$).

Zenodo (CERN European Organization for Nuclear Research)
Algebraic and Geometric Analysis
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