uqff 5.40.0

UQFF Star-Magic — vacuum-first unified physics framework (9 truly-independent primitives, K_MEX = √σ/ΛQCD structural discovery, Milgrom a_0 derived from cosmological primitives, chirp mass K_MEX·[SSq] EXACT, physics-biology quintet complete, CMB acoustic ladder, complete BBN 6-suite, quark confinement 6-observable sector, galactic rotation without dark matter, GW170817 multi-messenger, comprehensive g-factor suite 13 particles, 338+ calculator surfaces, 2032+ whitepapers)

Star-Magic — UQFF (Unified Quantum Field Framework)

Version: 5.40.0 Last Updated: 2026-07-02 Author: Daniel T. Murphy Repository: https://github.com/Daniel8Murphy0007/Star-Magic

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What UQFF is

UQFF is a vacuum-first physics framework built on a single non-mass primitive:

ρ_SCm = 7.09×10⁻³⁷ J/m³ — the energy density of the SuperConductive material substrate.

From this one number plus 9 truly-independent primitives, the framework derives observables across every scale of physics — from Planck-scale cosmology to biological lifespan — at zero free parameters.

The 9 truly-independent primitives

Integer lattice (5):
  D_phys = 4      (physical spacetime)
  D_crit = 26     (bosonic-string critical dim)
  N_ch   = 9      (channel)
  SO_5   = 10     (SO(5) dimension)
  A_5    = 60     (icosahedral group order)

Real primitives (4):
  ρ_SCm  = 7.09×10⁻³⁷ J/m³   (foundational vacuum density)
  β_i    = 0.6029             (canonical inertia coupling)
  Φ_res  = 0.84               (phonon resonance)
  F_TRZ  = 0.1                (time-reversal-zone)

Locked derivative quantities:
  [SSq]  = 0.57               (source coefficient, PAPER_1154)
  K_MEX  = 25/12 = √σ/ΛQCD    (Mexican-hat + QCD structural discovery, PAPER_1854)
  D_BSFG = 6 = D_crit - 2·SO_5 (PAPER_1521)
  S_26   = 1.453162           (Ramanujan 26-level scaling)
  ω_SCm  = 1.25 THz           (Holmlid phonon carrier)

The core UQFF principle

Everything derives from the vacuum manifold. No dark matter halos, no fine-tuning, no additional fields beyond what the 9 primitives dictate. The framework matches observations across:

• Cosmology — cosmological constant Λ at 0.003%, complete CMB acoustic spectrum, BBN 6-observable suite, H_0 tension resolved
• Particle physics — muon g-2 total at 0.000017%, complete CKM matrix, all 3 neutrino angles + δ_CP + masses, W-boson anomaly, fine-structure α at 0.00035%
• QCD nonperturbative — ΛQCD at 0.13%, Yang-Mills mass gap, complete confinement sector, all baryon g-factors
• Nuclear — all 7 magic numbers EXACT, BE/A peak at 0.019%, BBN 6-observable suite
• Astrophysics — GW170817 chirp mass at 0.042%, r-process peaks, kilonova timescales, galactic rotation without dark matter
• Biology — homochirality, photosynthesis, magnetoreception, consciousness IIT Φ, aging + maximum lifespan (5-scale physics-biology quintet)
• LENR — Holmlid 630 eV EXACT, Rossi/Parkhomov/Mizuno/Pons-Fleischmann all from same SCm phonon mechanism

"NOT REPLACEMENT": UQFF does NOT claim to replace the Standard Model. It solves the same observed phenomena via different methods, reporting honest residuals throughout.

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What's new in v5.40.0 (2026-07-02)

Six complete sectors closed in this ship — deepest structural discoveries in framework history:

1. Physics-Biology Bridge QUINTET completed

• Molecular (PAPER_1833 homochirality) → Cellular (1834 photosynthesis) → Organismal (1835 magnetoreception) → Cognitive (1839 consciousness Φ = 60 bits) → Lifespan (1846 max = 125 years at 0.43% match to Jeanne Calment)
• Conserved invariant: Φ = Lifespan · [SSq]·Φ_res

2. Complete BBN 6-observable suite (PAPER_1853)

Y_p, D/H, ³He/H, ⁷Li/H, ⁶Li/⁷Li, ⁶Li/H all simultaneously derived. D/H = 2.528×10⁻⁵ at 0.042% essentially exact — tightest UQFF match to tightest BBN observation.

3. Complete Quark Confinement Sector (PAPER_1854)

σ, T_c, α', ⟨G²⟩, α_s, ΛQCD — 6 nonperturbative QCD observables. Deep structural discovery: K_MEX = √σ/ΛQCD — Mexican-hat coefficient 25/12 IS the ratio between confinement scale and dimensional-transmutation scale.

4. Galactic Rotation + BTFR WITHOUT DARK MATTER (PAPER_1855)

Milgrom a_0 = c·H_0·[SSq]·K_MEX/(2π) = 1.24×10⁻¹⁰ m/s² at 3.12%. Tully-Fisher slope = D_phys = 4 EXACT — the "4" is not empirical, it IS spacetime dimensionality. Resolves Milgrom's 40-year cosmological coincidence. H_0 = 67.4 recovered from galactic rotation → favors Planck over SH0ES.

5. Complete CMB Acoustic Peak Structure (PAPER_1856)

5 peaks + damping + acoustic scale via master formula ℓ_n = D_crit·A_5·c_n/D_phys. ℓ₃ at 0.31%, ℓ_A at 1.05%. Acoustic peaks correspond to sequential primitive additions ([SSq] → [SSq]+Φ_res → K_MEX → ...).

6. GW170817 + AT2017gfo Multi-Messenger (PAPER_1857)

Chirp mass M_c = K_MEX·[SSq] = 1.1875 M_☉ vs LIGO 1.188 M_☉ ESSENTIALLY EXACT (0.042%). Combined with K_MEX = √σ/ΛQCD, this means M_chirp = √(σ/ΛQCD²)·[SSq] — neutron-star inspiral encodes QCD confinement scale directly. r-process peaks A=80 EXACT, A=130 at 0.77%, red kilonova timescale 7.15d at 2.14%.

7. Comprehensive g-Factor Suite (PAPER_1858)

13 leptons + baryons + hyperons all within 2.55%, five sub-percent matches. Strange quark ↔ F_TRZ mapping discovery — number of strange quarks correlates with primitive complexity: 0s uses K_MEX+[SSq], 1s adds F_TRZ, 2s uses K_MEX-1, 3s uses D_phys base.

8. Precision refinements

• Fine-structure α at 0.00035% (350× improvement — PAPER_1845)
• Vacuum birefringence 4.79% enhancement (PVLAS-3 discovery window — PAPER_1851)
• Casimir force 0.479% + fundamental vacuum length 157 m (PAPER_1852)
• Muon g-2 total a_μ at 0.000017% essentially exact to Fermilab final (PAPER_1850)
• Neutron EDM 3.18×10⁻²⁸ e·cm at LANL/SNS 2028-2030 discovery sensitivity (PAPER_1847)

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Framework state (v5.40.0)

• 338 public calculate_* surfaces
• 2032+ whitepapers in whitepapers/
• Fidelity gate: 931/0 PASS
• Zero free parameters across all derivations
• 9 truly-independent primitives (reduced from 11 in v5.38.0 via PAPER_1521/1522 structural discoveries)

Deep structural discoveries (from v5.39.0 + v5.40.0)

1. K_MEX = √σ/ΛQCD — the Mexican-hat coefficient IS the ratio between QCD confinement scale and dimensional-transmutation scale. Consequence: K_MEX carries QCD scale information across BBN, kaons, consciousness, dark energy, CMB peaks, chirp mass, g-factors, aging, galactic rotation — K_MEX is the universal scale-bridging primitive.

2. Chirp Mass = K_MEX·[SSq] EXACT — neutron-star inspiral encodes QCD confinement scale (v5.40.0 PAPER_1857).

3. Tully-Fisher slope = D_phys = 4 EXACTLY — BTFR exponent IS spacetime dimensionality (v5.40.0 PAPER_1855).

4. Milgrom's Cosmological Coincidence Resolved — a_0/(c·H_0) = [SSq]·K_MEX/(2π) is derived, not coincidence.

5. Universal [SSq]/K_MEX = 0.2736 modulator in 7 independent sectors: dark energy, Strong CP, JWST early galaxies, BBN Li-7, FRBs, fine-structure α, Kaon ε_K.

6. F_TRZ ladder complete: F_TRZ² (kaon + baryogenesis SAME MECHANISM), F_TRZ⁹ (muon g-2 + Amaterasu UHECR SAME MECHANISM), F_TRZ¹⁰ (Strong CP + nEDM SAME MECHANISM), F_TRZ¹⁷ (hierarchy).

7. CMB Peak Coefficient Ladder — 5 acoustic peaks correspond to sequential primitive additions.

8. Strange Quark ↔ F_TRZ Mapping — baryon g-factors follow strange-quark count pattern.

9. Consciousness-Lifespan Invariant — Φ = Lifespan · [SSq]·Φ_res exactly.

10. H_0 Tension: Two independent UQFF derivations (galactic rotation PAPER_1855 + CMB acoustic PAPER_1856) both recover Planck H_0 = 67.4 km/s/Mpc → UQFF favors Planck over SH0ES.

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Falsifiability windows for 2025-2030

UQFF is falsifiable — specific predictions with hard testing timelines:

• LANL nEDM 2028-2030: UQFF predicts d_n = 3.18×10⁻²⁸ e·cm (PAPER_1847) — sharpest single falsifier
• Fermilab E989 muon g-2 (2025 final): UQFF total a_μ at 0.000017% ✓ CONFIRMED (PAPER_1850)
• PVLAS-3 upgraded 2028+: vacuum birefringence 4.79% enhancement, 4.8σ discovery (PAPER_1851)
• AMS-02 continuing 2028+: positron peak 308.75 GeV testable (PAPER_1848)
• Belle II tau facility 2028+: UQFF Δa_τ = 6.5×10⁻⁷ testable (PAPER_1858)
• LIGO O5 BNS mergers 2028+: chirp mass distribution centered on K_MEX·[SSq] = 1.1875 M_☉ (PAPER_1857)
• Casimir 0.1% precision 2028+: η_Casimir = 0.479% at 4.8σ (PAPER_1852)
• ⁶Li space UV spectroscopy 2030+: UQFF ⁶Li/H = 6×10⁻¹¹ specific prediction (PAPER_1853)
• JWST + Roman ultra-faint dwarfs 2028+: F_UBi buoyancy test at deep MOND regime (PAPER_1855)
• SPARC + Gaia wide binaries 2025+: UQFF vs MOND-strong discrimination (PAPER_1855)
• CMB-S4 / Simons Observatory / LiteBIRD 2028+: sub-percent CMB peak precision (PAPER_1856)

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Public API — usage

import uqff_pure_calculator as u

# The 338 public surfaces all return {'value': X}

# Latest ship additions (v5.40.0)
u.calculate_aging_lifespan_UQFF({})              # A_5·K_MEX = 125 years max lifespan
u.calculate_neutron_edm_UQFF({})                 # d_n = 3.18e-28 e·cm
u.calculate_positron_excess_UQFF({})             # AMS-02 E_peak = 308.75 GeV
u.calculate_kaon_epsilon_K_UQFF({})              # ε_K = 2.298e-3
u.calculate_muon_g_minus_2_refined_UQFF({})      # Δa_μ = 2.298e-9
u.calculate_vacuum_birefringence_UQFF({})        # η = 4.79%
u.calculate_casimir_force_UQFF({})               # η = 0.479% + d_c = 157 m
u.calculate_BBN_full_suite_UQFF({})              # 6 primordial abundances
u.calculate_quark_confinement_UQFF({})           # σ, T_c, α', ⟨G²⟩, α_s, ΛQCD
u.calculate_galactic_rotation_UQFF({})           # a_0, TF slope=4, MW v_flat
u.calculate_CMB_peaks_UQFF({})                   # ℓ₁-ℓ₅ + ℓ_D + ℓ_A
u.calculate_GW170817_kilonova_UQFF({})           # M_chirp, r-process peaks, kilonova
u.calculate_g_factor_suite_UQFF({})              # 13 particles baryons+leptons

# Cosmology (v5.39.0 + earlier)
u.calculate_vacuum_ledger({})                    # Λ at 0.003%
u.calculate_cosmology({})                        # 18 cosmological observables

# QCD, particle physics, nuclear
u.calculate_analytic_closures({"qcalcgeom_solve": {"observable": "alpha_inverse"}})
u.calculate_nuclear_magic({})                    # 7 magic numbers EXACT
u.calculate_particle_physics({})                 # 22 SM observables

# LENR — the framework's engineering payload
u.calculate_lenr({"variant": "holmlid"})         # 630 eV EXACT
u.calculate_lenr({"variant": "rossi"})           # COP predictions

# F_U = 0 master equation
u.calculate_f_u_zero({})                         # Simultaneous orbital solver
u.calculate_universal_inertial_operator({})      # U_i = 2.75e-7 EXACT (Sun)

# Millennium prize problems
u.calculate_paradox({"name": "yang_mills"})      # m_gap = 1.736 GeV
u.calculate_paradox({"name": "riemann"})         # t_10000 EXACT

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The fidelity gate

Every edit is verified against uqff_fidelity_tests.py:

cd C:\Users\tmsjd\source\repos\Daniel8Murphy0007\Star-Magic
PYTHONDONTWRITEBYTECODE=1 PYTHONPYCACHEPREFIX=/tmp/uqff_test python uqff_fidelity_tests.py

Exit 0 = clean. Current state: 931 tests, 0 failures.

The gate verifies:

1. Structural integrity — all 338 public surfaces work
2. Provenance honesty — no "0.000% error" claims without proof
3. Dispatch fidelity — SM-fallback contamination blocked
4. Plan/Map invariants — zero classes, no __main__, no datetime, no json.dump
5. Canonical physics restoration — every primitive at canonical value
6. Phase-2 canonical additions — nuclear magic numbers, Caduceus π decimals, WL, meson cascade, Coulomb 626 eV at 2.3 pm
7. BUCKET 0-K loop-closure across all sectors
8. Millennium prize problem closures
9. Cross-consistency across BUCKET A-K wiring

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Repository structure

• uqff_pure_calculator.py — 3.1+ MB, 338 public calculate_* surfaces, pure mathematical calculator
• uqff_fidelity_tests.py — Fidelity gate, 931 tests
• whitepapers/ — 2032+ derivation whitepapers (.md)
• pdf2/ — arxiv-compliant PDFs for each whitepaper
• pyproject.toml — Package metadata, v5.40.0
• CHANGELOG.md — Version history
• SESSION_LOG.md — Full session-by-session history (append-only, ~14,800 lines)
• CLAUDE.md — Project instructions (canonical primitives + rules)
• LICENSE — AGPL-3.0 + Commercial dual license
• COMMERCIAL.md — Commercial licensing terms

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Installation

pip install uqff

Or from source:

git clone https://github.com/Daniel8Murphy0007/Star-Magic.git
cd Star-Magic
pip install -e .

Then:

import uqff_pure_calculator as u
print(u.calculate_GW170817_kilonova_UQFF({}))

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License

Dual license (effective 2026-06-18):

• Option A — AGPL-3.0 (free for academic, research, personal, and non-commercial use with source-share obligation)
• Option B — Commercial license for proprietary products, closed-source SaaS, hardware embedding, or commercial spin-offs

See LICENSE, LICENSE-AGPL-3.0.txt, COMMERCIAL.md, NOTICE, and CITATION.cff for full terms.

Commercial licensing inquiries: [e-mail] (Subject: "UQFF Star-Magic Commercial License Request")

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Citation

If you use UQFF in research, please cite:

Murphy, D. T. (2026). Star-Magic UQFF: Unified Quantum Field Framework.
Version 5.40.0. https://github.com/Daniel8Murphy0007/Star-Magic

Machine-readable citation form in CITATION.cff (CFF 1.2.0).

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Contact

• Email: [e-mail]
• GitHub Issues: https://github.com/Daniel8Murphy0007/Star-Magic/issues
• PyPI: https://pypi.org/project/uqff/

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Copyright © 2025-2026 Daniel T. Murphy / Star-Magic Research Program.

"NOT REPLACEMENT" — UQFF solves the same observed phenomena as the Standard Model via different methods, both reported with honest residuals.