v0.0.3.5 — Tetrad correspondence audit & emergent redesign

TNFR v0.0.3.5 — Tetrad correspondence audit & emergent redesign

The 13-operator catalog, grammar U1–U6, and the nodal equation
∂EPI/∂t = νf · ΔNFR(t) are unchanged. This release corrects canonicity claims and
rebuilds two studies to rest on measured structure rather than magic constants.

Highlights

• Tetrad correspondence audit — only π is a genuine structural scale (the
  phase-wrap bound shared by |∇φ| and K_φ, both means of wrapped angles ≤ π).
  γ, e and φ are recoverable as mathematical identities but are notational
  labels, not the structural scales of their tetrad fields. K_φ = L_rw·φ
  (the central operator on phase); ξ_C ∝ 1/√λ₂ (spectral gap). The "Universal
  Tetrahedral Correspondence / 100% derived / zero empirical tuning" claims were
  removed across the docs and the constants modules.
• Corrected bounds — the |∇φ| bound moved from γ/π ≈ 0.1837 to the
  phase-wrap bound 0.9π (symmetric with K_φ); the measured synchronization
  onset is ≈ 0.29 and σ-dependent. The Φ_s confinement (per-node |Φ_s| < 0.7711,
  drift ΔΦ_s < 1.618) is documented as empirical, with no closed form.
• Emergent redesign (measure-first) — the gauge interaction-regime
  classification (physics/gauge.py) and the emergent-chemistry valence scale
  (physics/emergent_chemistry.py) were rebuilt to rest on structure alone:
  parameter-free equipartition activity and an integer excitation-count rule
  (noble gases → ΔNFR = 0), with no overlay threshold constants.
• Metadata — the PyPI and Zenodo descriptions were synced to the current
  README (honest scope; no proofs claimed).

Install

pip install tnfr==0.0.3.5

Links

• Documentation / theory: AGENTS.md and the theory/ research notes
• Concept DOI: 10.5281/zenodo.17602860
• Full details: see CHANGELOG.md

TNFR-Python-Engine 0.0.3.4

TNFR-Python-Engine 0.0.3.4

The June 2026 emergent-geometry and operator-centralization cycle. The
13-operator catalog, grammar U1–U6, and the nodal equation are unchanged;
everything below either measures structure the nodal equation already
contains or removes duplication. Full suite: 2043 passed, 2 skipped.

Highlights

• Emergent symplectic substrate (physics/symplectic_substrate.py) — the
  phase space the nodal dynamics generates from itself: symplectic 2-form,
  Noether charges, Hermitian/flat-Kähler structure, complete integrability,
  Poincaré–Cartan invariants, Marsden–Weinstein reduction, and the hidden U(2)
  polarization symmetry (Stokes parameters on the per-node Poincaré sphere).
• Structural diffusion / transport layer (physics/structural_diffusion.py)
  — the EPI channel of the nodal equation is the random-walk graph Laplacian, so
  diffusion, Kuramoto synchronization, overdamped drift, standing-wave modes,
  random walks, effective resistance, and structural flow all emerge and are
  anchored to classical, empirically-established physics.
• Operator-contract centralization (operators/operator_contracts.py) — a
  single source of truth for each operator's nodal channel (EPI / νf / θ / ΔNFR)
  and scale, with public English operator names.
• Energy & coherence are emergent — the structural energy contains no EPI or
  νf term; per-operator Lyapunov role is the canonical grammar U2 role.
• Grammar centralization — all U1–U6 classification sets derive from one
  canonical source; plus a full formal-language characterization of the grammar
  (regular language, minimal DFA, syntactic monoid, Parry maximum-entropy
  equilibrium).
• Three new TNFR-native Millennium-problem programs — P vs NP, BSD, and
  Hodge, each with a classified obstruction and an explicit honest-scope
  statement. None claims a solution.
• Documentation refactor, examples reorganized into 10 thematic subfolders,
  and a deep repository cleanup.

See CHANGELOG.md for the complete, audited entry.

Citation

This release is archived on Zenodo under the concept DOI
10.5281/zenodo.17602860, which always
resolves to the latest version.

Install

pip install tnfr

v.0.0.3.3

v0.0.3.3

docs: comprehensive documentation audit — remove speculative content,…

v0.0.3.2

v0.0.3.2: DOI 10.5281/zenodo.17602860, deep audit fixes, 10 new examp…

v.0.0.3.1

v0.0.3.1

fix: correct Riemann overstatement language, lazy factorization impor…

v0.0.3

v.0.0.3

v0.0.3: docs consolidation, benchmarks cleanup, documentation sync, D…

Release v0.0.2: TNFR Development Doctrine & Framework Expansion

Major Features:
- TNFR Development Doctrine: Mathematical objectivity commitment
- 29 comprehensive examples across multiple domains
- TNFR-Riemann theoretical framework
- Complete documentation modernization
- Optimized test suite (173 passing tests)
- Enhanced physics modules and implementations

DOI: 10.5281/zenodo.17764207