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T0-24: Fundamental Symmetries - Formal Description

T0-24: 基本对称性 - 形式化描述

Core Definitions

D24.1: Self-Reference Invariance

SRI := {I ⊆ Prop(S) | ∀t: S(t) ⊢ φ ⟺ S(t+dt) ⊢ φ, φ ∈ I}

Properties preserved during self-referential evolution.

D24.2: φ-Scale Transformation

T_φ: ℝ → ℝ
T_φ(x) := φⁿ · x, n ∈ ℤ

Scaling transformation by golden ratio powers.

D24.3: Symmetry Group

G_φ := {g: M → M | L_φ(g·x) = L_φ(x)}

Group of transformations preserving the φ-Lagrangian.

D24.4: No-11 Invariant Transformation

N11_inv := {T | Z(T(x)) maintains No-11 ∀x}

Transformations preserving the No-11 constraint.

Fundamental Theorems

T24.1: Invariance Necessity Theorem

SelfRef(S) ∧ A1 → ∃I ≠ ∅: I ⊆ SRI

Proof:

  • Self-referential completeness requires persistent identity
  • Without invariances, self-reference is lost
  • Therefore non-empty invariance set exists □

T24.2: φ-Scale Invariance Theorem

∀x ∈ ℝ⁺: No11(Z(x)) ⟺ No11(Z(φⁿ·x))

Proof:

  • Fibonacci scaling property: F_{k+n}/F_k → φⁿ
  • Scaling preserves relative gaps in sequence
  • No-11 pattern unchanged under φ-scaling □

T24.3: CPT Theorem

∀S: [C ∘ P ∘ T](S) preserves dS/dt > 0

Proof:

  • C: |1⟩ ↔ |0⟩ reverses information flow
  • P: x⃗ → -x⃗ reverses spatial gradients
  • T: t → -t reverses time direction
  • Combined effect: (−1)³ = −1 on each term
  • But entropy has even number of factors
  • Net result: dS/dt → dS/dt unchanged □

Conservation Laws

T24.4: φ-Noether Theorem

δS/δg = 0 → ∂_μJ^μ + φ^(-n)J^μ = 0

For continuous symmetry g, with φ-correction term.

T24.5: Energy Conservation

∂_tE + ∇·S_E + φ^(-n)E = 0

From time translation invariance.

T24.6: Momentum Conservation

∂_tP_i + ∂_jT_{ij} + φ^(-n)P_i = 0

From spatial translation invariance.

T24.7: Angular Momentum Conservation

∂_tL_i + ε_{ijk}∂_jM_k + φ^(-n)L_i = 0

From rotation invariance.

T24.8: φ-Charge Conservation

∂_tQ_φ + ∇·J_φ = 0

Exact conservation from φ-scale symmetry.

Gauge Symmetries

T24.9: Local Gauge Invariance

ψ(x) → exp(iθ(x)/φ)·ψ(x) requires A_μ → A_μ + ∂_μθ/φ

Local phase symmetry necessitates gauge fields.

T24.10: Yang-Mills Structure

[D_μ, D_ν] = (i/φ)F_μν
F_μν = ∂_μA_ν - ∂_νA_μ + [A_μ, A_ν]/φ

Non-abelian gauge field strength tensor.

Symmetry Breaking

T24.11: Spontaneous Breaking Criterion

S[symmetric] < S[broken] → ⟨φ⟩ ≠ 0

Entropy maximization drives symmetry breaking.

T24.12: Higgs Mechanism

m²_gauge = g²⟨I⟩²/φ²

Gauge boson mass from information condensate.

T24.13: Explicit No-11 Breaking

Symmetric state → "11" pattern → Forced asymmetry

No-11 constraint explicitly breaks certain symmetries.

Discrete Symmetries

T24.14: Charge Conjugation

C: |1⟩ ↔ |0⟩, Z(x) → Z̄(x)

Binary state exchange symmetry.

T24.15: Parity Transformation

P: x⃗ → -x⃗, Z(|x⃗|) = Z(|-x⃗|)

Spatial inversion preserves Zeckendorf encoding.

T24.16: Time Reversal

T: t → -t, dS/dt → -dS/dt (violates A1)

Time reversal violates entropy increase.

Supersymmetry

T24.17: φ-Supersymmetry

Q: |n·φ⟩ ↔ |(n+1/2)·φ⟩
{Q_α, Q̄_β} = 2φ·P_μ·(γ^μ)_αβ

Relates integer and half-integer φ-spins.

T24.18: SUSY Breaking Scale

M_SUSY = M_Planck/φⁿ

Entropy-driven breaking scale.

Anomalies

T24.19: Anomaly Cancellation

∑_i A_i = ∑_i Tr[T_i³] = 0

Total anomaly must vanish for consistency.

T24.20: Gravitational Anomaly Freedom

∂_μJ^μ_grav = 0 (automatic)

No-11 constraint ensures gravitational anomaly cancellation.

Scale-Dependent Symmetries

T24.21: Effective Symmetry Group

G_eff(n) = {g ∈ G | violations < φ^(-n)}

Symmetries valid at scale φⁿ.

T24.22: Asymptotic Symmetry

lim_{n→0} G_eff(n) = G_unified
lim_{n→∞} G_eff(n) = ∏_i G_i

Symmetry enhancement at extreme scales.

Master Equations

T24.23: Universal Conservation

∂_μT^μν_total + φ^(-n)T^μν = 0
T^μν_total = T^μν_matter + T^μν_gauge + T^μν_info

Complete stress-energy-information conservation.

T24.24: Symmetry Group Structure

G_total = [SO(3,1) × U(1)_φ × SU(3) × SU(2) × U(1)] ⋊ CPT

Complete symmetry group with semi-direct product structure.

T24.25: Breaking Pattern

G_total →^{φⁿ} G_SM × U(1)_dark

Symmetry breaking at scale φⁿ.

Topological Invariants

T24.26: Topological φ-Charge

Q_top = ∮ J_φ = n·φ, n ∈ ℤ

Quantized topological charge.

T24.27: Winding Number

W = (1/2π) ∮ dθ ∈ ℤ

Topological winding preserved by No-11.

Predictions

T24.28: Critical Exponents

ν = 1/φ², β = (φ-1)/2, γ = φ

Universal critical exponents from φ-symmetry.

T24.29: CPT Violation Bound

|δCPT|/CPT < exp(-φⁿ), n = log(E/E_P)/log(φ)

Exponentially suppressed CPT violation.

T24.30: Dark Matter Stability

Q_dark = n·φᵐ (conserved)

Topological protection of dark matter.

Formal System Properties

Consistency:

∀T ∈ G_total: No11(T(Z)) = true

All symmetries preserve No-11 constraint.

Completeness:

∀ conservation law ∃ symmetry: Noether(symmetry) = law

Every conservation law has corresponding symmetry.

Minimality:

G_total is the minimal group preserving SelfRef(S)

No smaller group maintains self-referential completeness.