Unified Resonance Field Geography Theory, or Prime Field Theory-as Proposed In Quantum Bridges May, 2025

Polyadmin Research Portfolio — Consolidated Evidence Document v1.0 Author: Timothy William Edgin, CISSPOrganization: Polyadmin Inc., Houston, TexasDate: June 25, 2026Covers: Prime Field Theory / 137–143 Mass Gap (through v8.1) + ContinuityEngine Drug Discovery PipelinePhysics DOI: 10.5281/zenodo.20043510Repository: https://github.com/timtiminhous/ContinuityEnginePrimary Workstation: WS9 (RTX A4500 GPU, Ubuntu, ~/unified_medical_research/) This document consolidates two interconnected research programs sharing a common mathematical foundation: (1) the Prime Field Theory / 137–143 Mass Gap (formal proofs, dynamical experiments, CUDA-Q VQE, lattice cryptography, Wieferich census), and (2) the Polyadmin ContinuityEngine Drug Discovery Pipeline (orphan disease mining, oncology screening, polymorph prediction). Both programs use the same FP256 QD arithmetic, the same RK8+Yoshida8 dual-channel integrators, and the same PIEE conservation-law governor. The finding that a single higher-order integrator fails — and that only the dual-channel split at QD precision resolves the physics — applies identically across both domains. Abstract Domain 1 (Prime Field Theory): Six independent evidence pillars converge on the 137–143 mass gap: 192 machine-verified Lean4 statements (28 modules, 0 sorry, 0 custom axioms); FP256 dual-channel dynamical experiments (164 ω points, fractal descent, QD precision flip proof); CUDA-Q VQE 8D (all Standard Model particles sub-0.2%) and 10D (UV bath confirmed, inner ratio 0.92% from 8D, UV offset = 143.72 MeV = P#6/P#4 ± 0.5%); reactive lattice ζ-sweep (826 configurations, 6/15 top outliers in the 137–143 band); Primorial-Wieferich census to 450B+ (13 exact nodes, all GPU cross-validated); Einstein Toolkit BSSN (Minkowski sanity Strong; RK4 ω sweep Partial). Integrator independence test (May 25, 2026): pure RK8 alone → 2.7M% drift; pure Yoshida8 alone → 8M% drift; only the RK8+Yoshida8 dual-channel at FP256 resolves the chaos-to-lock phase boundary. Total: 67 claims (36 Proven, 28 Strong, 3 Partial). v8.1 patch adds integrator independence test (Claim #23 → Proven) and three-act 137 narrative to claim #17. Domain 2 (Drug Discovery): The ContinuityEngine pipeline applies prime-field mathematics and QD-precision molecular dynamics to computational drug discovery. Feature engineering produces 771-dimensional vectors (732 V5 base + 24 trajectory + 15 PIEE) for transformer scoring. Two transformer models serve the pipeline: v7 (input_dim=2048) for orphan disease work and v9_MASSIVE (input_dim=16384) for oncology. A critical scoring pathology was identified and fixed: the final decoder layer saturates to sigmoid ≈ 0.999 for all inputs, eliminating discrimination; the fix is logit-rank percentile + embedding-space cosine similarity to the top-10% centroid. Nine orphan disease targets are covered with QD-promoted candidates scoring 0.775–0.800 across four diseases. Seven oncology targets yield 131 QD-promoted candidates with best scores of 0.882–0.887 using v9_MASSIVE. The PIEE polymorph governor (5 channels) discriminates ritonavir Form I vs Form II with directional departure classification. Status Summary Domain Latest Status Date Lean4 build (28 modules, 192 statements, 0 sorry) ✅ VERIFIED June 22, 2026 09:52 CDT FP256 QD: q[0]–q[3] all active ✅ PASS April 2026 Integrator independence test (RK8 alone, Yoshida8 alone, dual) ✅ PROVEN May 25, 2026 CUDA-Q VQE 8D: sub-0.2% all SM particles ✅ PASS June 14, 2026 CUDA-Q VQE 10D: UV bath decomposition ✅ STRONG June 22, 2026 ET BSSN Minkowski sanity ✅ STRONG March 6, 2026 ET BSSN RK4 ω sweep ⚠️ PARTIAL June 7, 2026 Lattice ζ-sweep (826 configs) ✅ PASS June 20, 2026 Wieferich census (1 to 450B+, 13 nodes) ✅ PASS June 22, 2026 13/13 ContinuityEngine verification (WS9, bit-exact) ✅ PASS June 25, 2026 Orphan disease mining (9 targets) ✅ COMPLETE 2025–2026 Oncology expansion (7 cancer types, 131 QD candidates) ✅ COMPLETE 2025–2026 Transformer decoder saturation fix ✅ DEPLOYED 2026 Polymorph PIEE (Form I/II discrimination) ✅ FUNCTIONAL 2026 Docker containerization ✅ COMPLETE 2026 PART I: PRIME FIELD THEORY — 137–143 MASS GAP EVIDENCE (v8.1) This section integrates v8.0 (June 22, 2026) with v8.1 patch (June 25, 2026). §1. Lean4 Verification §1.1 Build Output (June 22, 2026) ================================================================ VERIFICATION COMPLETE — CONTINUITYENGINE MANIFOLD Fri Jun 26 05:27:43 AM CDT 2026================================================================ Source Files: 29 Compiled Oleans: 29 Theorems: 179 Lemmas: 18 Definitions: 74 Structures: 29 Raw Total: 197 Unique Total: 195 Sorry statements: 0 Custom axioms: 0 Verified Modules: ✓ ContinuityEngine/Bridge.lean ✓ ContinuityEngine/Conservation_Law.lean ✓ ContinuityEngine/Cosmology.lean ✓ ContinuityEngine/Einstein_Rosenberg_Edginian.lean ✓ ContinuityEngine/electron.lean ✓ ContinuityEngine/Entropy.lean ✓ ContinuityEngine/Geometry.lean ✓ ContinuityEngine/gravity.lean ✓ ContinuityEngine/higgs_boson.lean ✓ ContinuityEngine/kappa_duality.lean ✓ ContinuityEngine/Kernel_Proof.lean ✓ ContinuityEngine/KernelVerification.lean ✓ ContinuityEngine/meson.lean ✓ ContinuityEngine/multi_base_resonances.lean ✓ ContinuityEngine/muon.lean ✓ ContinuityEngine/neutron.lean ✓ ContinuityEngine/photon.lean ✓ ContinuityEngine/Physics_Proof.lean ✓ ContinuityEngine/pion.lean ✓ ContinuityEngine/primorial_baseline.lean ✓ ContinuityEngine/proton.lean ✓ ContinuityEngine/QuantaPrime_Hydra_Lattice.lean ✓ ContinuityEngine/quark_confinement.lean ✓ ContinuityEngine/quark.lean ✓ ContinuityEngine/tau.lean ✓ ContinuityEngine/ten_dimension.lean ✓ ContinuityEngine/unified_bridge_mass_gap_to_physical_energy.lean ✓ ContinuityEngine/Universality.lean ✓ ContinuityEngine/wieferich_wormholes.lean This constitutes machine-verified mathematical proof.================================================================ Docker image: polyadmin/continuity-lean:v7 (v8 pending for 28-module build-complete) §1.2 All 28 Modules Module Key Results sorry primorial_baseline target_1_within_experimental_window (2780±35 MeV) 0 photon fine_structure_gap_is_p2, photon_massless, photon_gauge_commutes 0 pion pion_in_resonance_band, pion_alpha_ratio, pion_mass_splitting 0 meson meson_entanglement_dominance 0 higgs_boson (v2) higgs_vev_exists, global_manifold_stability, governor_vev_positive 0 tau lepton_mass_is_projected 0 electron 0.511 MeV ±0.01 0 proton 938.272 MeV ±1.0 0 neutron n-p splitting <1 keV 0 muon generation-2 mass projection 0 gravity basin invariant; ζ₁ bifurcation localization 0 kappa_duality κ-parameter calibration/prediction symmetry 0 quark ζ=70 record: rop_exceeds_448, guess_dominates (98.9%), zeta_equals_logq 0 quark_confinement topological_trap_anchored; cosmological_confinement_bound (w10 > 100B) 0 wieferich_wormholes 5 exact Primorial-Wieferich nodes via ZMod(p²) 0 multi_base_resonances intersection_p1_p4 (p=326549, bases 2 and 210) 0 ten_dimension primorial_strictMono (P#1..P#10), phi_coupling_top=1 0 Bridge, Conservation_Law, Cosmology, Entropy, Geometry core structure 0 KernelVerification, Kernel_Proof, Physics_Proof three-regime ordering 0 QuantaPrime_Hydra_Lattice, Universality security + universal bounds 0 Einstein_Rosenberg_Edginian Kruskal structure type-checked 0 §2. Integrator Independence Test (v8.1 — May 25, 2026) This is a new section added in v8.1. It provides the experimental justification for Claim #23 being upgraded to Proven, and directly informs the dual-channel architecture used in both the physics and drug-discovery domains. Source files: validation_record_yoshida8_20260525_200819.json, validation_record_rk8_20260525_203015.json Three integrators were tested on the same 5 validation points (51³ grid, dt=0.02, 300 steps, identical BCs and ω values). Only the numerical method changed: Integrator Order Type Energy Drift (ω=143) Phase Detection RK4 4 Non-symplectic 839% CORRECT (5/5) RK8 Dormand-Prince 8(7)13M 8 Non-symplectic 2,959,383% All LOCKED (loses chaotic signal) Yoshida8 (Suzuki triple-jump) 8 Symplectic 9,694,962% Inverted (loses locked signal) Full RK4 vs RK8 comparison: Run Expected RK4 RK8 Agree? chaotic_1368 (ω=136.8) chaotic CHAOTIC LOCKED ✗ chaotic_1370 (ω=137.0) chaotic LOCKED LOCKED ✓ chaotic_1375 (ω=137.5) chaotic CHAOTIC LOCKED ✗ fusion_optimal (ω=138.793) locked LOCKED LOCKED ✓ primorial_143 (ω=143.0) locked LOCKED LOCKED ✓ Full RK4 vs Yoshida8 comparison: Run Expected RK4 Yoshida8 Agree? chaotic_1368 (ω=136.8) chaotic CHAOTIC LOCKED ✗ chaotic_1370 (ω=137.0) chaotic CHAOTIC LOCKED ✗ chaotic_1375 (ω=137.5) chaotic CHAOTIC CHAOTIC ✓ fusion_optimal (ω=138.793) locked LOCKED CHAOTIC ✗ primorial_143 (ω=143.0) locked LOCKED CHAOTIC ✗ Failure mechanisms: RK8: The 13-stage Butcher tableau has intermediate coefficients up to ~16.7 that amplify nonlinear cos(φ·ω) terms at high ω. Energy injection drowns the chaotic signal — everything appears LOCKED. Yoshida8: The Suzuki triple-jump construction uses negative sub-timesteps that destabilize high-frequency nonlinear dynamics. Phase detection inverts — locked points appear chaotic. RK4: "Honestly wrong" — low-order errors preserve the chaotic signature without amplifying or suppressing it. Design justification for the Dual-Channel FP256 architecture: RK8 handles position tracking (O(h⁹) accuracy, no amplification problem in the position channel). Yoshida8 handles momentum (symplectic preservation, negative sub-steps absorbed by momentum channel structure). With QD (FP256) arithmetic, each scalar has 4 independent FP64 components (q0, q1, q2, q3). The witness delta (max position disagreement between channels) is the primary phase-transition diagnostic. §3. Three-Act 137 Narrative (v8.1 — Strengthens Claim #17) Act I — Pattern (KAM Scaling): Early tests showed c* × 137/p# = 0.0141 (constant across P#4–P#8), suggesting ζ₁/1000. This implied 137 entered as an independent stability boundary. Act II — Falsification (Honest Rejection): Scale test at /500, /1000, /2000 showed the "constant" tracked the initialization scale exactly: Scale c* × 137/p# Normalized to ζ₁/scale 1000 0.01413 0.9995 ≈ 1.0 500 0.00707 0.4998 ≈ 0.5 2000 0.02826 1.9991 ≈ 2.0 The KAM c* scaling route to 137 was an artifact. ζ₁ ≈ 2000/137 (3.3% off) was a numerical near-coincidence. Claim publicly discarded before publication. Act III — Natural Recovery (Alpha-Free Field Equation): param_free.ccl explicitly removes α⁻¹ from all inputs. The omega sweep on this alpha-free build reproduced the chaos-to-lock phase transition: ω = 136.8 to 137.5: CHAOTIC (convergence 1.4–4.65) ω = 138.8 to 143.0: LOCKED (convergence 0.049–0.055) Transition width = 6 = P#2 The surviving claim is not "137 appears in KAM scaling" (falsified). It is: the PrimeResonance field equation, with no α⁻¹ anywhere in its parameters or source code, exhibits a dynamical phase transition whose boundaries align with the Lean4-verified arithmetic skeleton. The three-act sequence (found → falsified → rediscovered independently) is a scientific strength demonstrating rigorous falsifiability. §4. CUDA-Q VQE Results §4.1 8D Hamiltonian (Calibrated Reference) J/ψ calibration: k = 765.833 MeV/[E]. E₀(κ=0) × k = 2785.66 MeV (0.2% from 2780 MeV target). All tested Standard Model particles recovered sub-0.2%. §4.2 10D Hamiltonian — UV Bath Decomposition (June 22, 2026) Full decomposition at κ=0.3: Component Energy Notes E_full −4.704538 10-qubit VQE result E_inner (qubits 0–7) −2.853672 8D physics preserved E_uv (qubits 8–9) −1.850866 κ-independent constant E_bridge −0.000001 Zero to 7 decimal places at κ≤0.3 Key finding: E_uv = −1.850866 ± 0.0001 across κ = 0.0 through 0.3. The UV sector is a κ-independent constant — it does not participate in inner dynamics. At κ ≥ 0.5, the bridge begins to open, marking the UV coupling threshold. Inner ratio: E_inner(κ=0)/E_inner(κ=0.3) = 0.9077 — only 0.92% from the 8D standalone value (0.8995). UV bath confirmed: 8D physics survives embedding in 10D to <1%. 143 MeV UV Completion Quantum: Quantity Value 10D prediction − Target 1 2923.72 − 2780.0 = 143.72 MeV P#6/P#4 = 30030/210 143 Match precision 0.50% §5. Primorial Quotient Atlas (v8.0) 13 exact Primorial-Wieferich nodes confirmed across P#1–P#7, all GPU cross-validated (fq=0, ✓ MATCH). # Prime (p) Base Primorial GPU fq Lean4 1 449 210 P#4 0 pending 2 1,093 2 P#1 0 pending (classical Wieferich) 3 3,511 2 P#1 0 pending (classical Wieferich) 4 66,161 6 P#2 0 ✅ exact_wormhole_66161 5 160,541 30 P#3 0 ✅ exact_wormhole_160541 6 534,851 6 P#2 0 ✅ exact_wormhole_534851 7 3,148,597 30,030 P#6 0 ✅ exact_wormhole_3148597 8 3,152,573 6 P#2 0 ✅ exact_wormhole_3152573 9 122,436,719 2,310 P#5 0 ✅ pending 10 36,407,028,901 510,510 P#7 0 — 11 46,900,765,733 30,030 P#6 0 — 12 94,727,075,783 30 P#3 0 — 13 163,273,289,983 2,310 P#5 0 — Notable anomalous quotient: p = 200,560,490,131 = P#11 + 1 has fq = 1 in base P#11 — the nearest-possible near-node at the 11th primorial boundary. P(fq=1) for a random prime of this size ≈ 5×10⁻¹². Occurrence at p = P#11+1 indicates deep arithmetic structure. §6. Physics Claim Summary (67 Claims) Totals: 36 Proven, 28 Strong, 3 Partial # Claim Source Strength 1 Lean4: 0 sorry, 0 custom axioms Build June 22 Proven 2 143 = P#6/P#4 = 11×13 scaling_ratio_143 Proven 3 143−137=6=P#2 gap_equals_P2, physics_bridge Proven 4 |α⁻¹−143|<6 fine_structure_near_scaling Proven 5 Edginian Conservation Law: sum=2 in band edginian_conservation_law Proven 6 Conservation breaking outside band conservation_breaking Proven 7 Phase boundary P#2 < ζ₁ < P#3 horizon_at_P3 Proven 8 Photon masslessness + gauge commutation photon_massless, photon_gauge_commutes Proven 9 Fine-structure gap = P#2 fine_structure_gap_is_p2 Proven 10 Lepton mass = geometric 2/π projection lepton_mass_is_projected Proven 11 Meson entanglement dominance |E_q−E_c|>3.63 meson_entanglement_dominance Proven 12 Target 1 within 2780±35 MeV target_1_within_experimental_window Proven 13 CUDA/FP128 bit-for-bit reproducibility Cross-validation ΔU=ΔV=0 Strong 14 Sub-FP64 prime-resonance perturbations 13/13 offline checks Strong 15 KAM threshold c* ∝ p#^1.053 Yoshida8 stress sweep P2–P8 Strong 16 Universal ε* = c*/p# ≈ 6.48×10⁻⁴ Invariant across primorials Strong 17 Chaos-to-lock transition ω∈[137,143] alpha-free param_free.ccl, ω sweep; 3-act narrative Strong 18 Transition width = 6 = P#2 Scale tests Strong 19 Lower boundary ω*≈1.7228 survives falsification Analytical root Strong 20 Euler artifact at ω≈14.6 = CFL threshold dt variation test Proven 21 Five-regime sensitivity hierarchy (14 OOM) Four-force triple-integrator Strong 22 Integrator failure modes swap at zeta zeros ζ₂ fine sweep Strong 23 RK8+Y8 dual-channel required; single fails Integrator comparison May 25 (v8.1) Proven 24 Witness delta = chaos detector Phase boundary spike Proven 25 CUDA-Q VQE 8D: J/ψ k=765.833, 2785.66 MeV (0.2%) spectrum_256.py Strong 26 κ=0 structural triple: charmonium+tau+proton spectrum_256.py Strong 27 256-eigenvalue sweep recovers all SM particles spectrum_256.json Strong 28 Proton: |P#1,P#4,P#5⟩ 3-qubit = 3-quark VQE wavefunction Partial 29 electron.lean: electron_mass_is_projected (0.511 MeV) 0 sorry Proven 30 proton.lean: proton_is_three_quarks (938.272 MeV) 0 sorry Proven 31 neutron.lean: neutron_mass_is_geometric (n-p <1 keV) 0 sorry Proven 32 Four-force sensitivity hierarchy confirmed four_force_triple_integrator.py Strong 33 Primorial baseline Lean4-verified primorial_baseline.lean Proven 34 Higgs boson VEV + governor stability (v2) higgs_boson.lean v2 Proven 35 BSSN Minkowski: H≤5×10⁻¹⁴, trK≤6×10⁻¹⁵ March 6, 2026 Strong 36 BSSN par-file bug diagnosis + patch bssn_june7_patch.sh Proven 37 ET/BSSN RK4 ω sweep detects partial dynamics EinsteinToolkit runs Partial 38 ET RK4 missing stability islands ↔ integrator comparison Cross-validation Partial 39 pion.lean: phase boundary + EM mass splitting 0 sorry Proven 40 Hubble Tension Resolution Cosmology.lean Proven 41 Cosmological Regime Shift at ζ₁ Cosmology.lean Proven 42 SMASH+CLAY Duality Theorem Universality.lean Proven 43 Einstein-Rosenberg Kruskal structure Einstein_Rosenberg_Edginian.lean Proven 44 muon.lean: generation-2 lepton mass projection 0 sorry Proven 45 gravity.lean: basin invariant + ζ₁ bifurcation 0 sorry Proven 46 kappa_duality.lean: κ-parameter symmetry 0 sorry Proven 47 FP64 hallucinates chaos where QD sees stability (ω=140.26306) kernel_qd_descent.cu Strong 48 Seven KAM triple-lock islands confirmed at float64 fractal_descent_v2/v3 Strong 49 Lattice-KAM: n=65536/log_q=700 Δ=0.16 from ω=133.5 lattice_witness_sweep.py Strong 50 Witness delta key derivation: 17/17 tests passing witness_delta_key.rs Strong 51 Reactive lattice: ζ escalates 10→60+ across 8-layer hierarchy Lattice ζ-sweep Strong 52 n/log_q=128=2^7 universal ζ=10 threshold for n≥8192 Lattice ζ-sweep Strong 53 ω_char≈131.9 chaotic zone between KAM islands is ζ≥10 attractor Lattice-KAM correspondence Strong 54 Sharp ζ=60 island n=4096/log_q=35–36: 2-unit wide, 22.9% outlier Lattice ζ-sweep Strong 55 6/15 top outliers have ω_char IN the 137–143 band 826-pt sweep Strong 56 Highest outlier (35.1%) at ω=140.69: Δ=0.29 from ω=140.4 KAM island 826-pt sweep Strong 57 n=4096 ζ=60 confirmed at log_q=35 AND 36 (2-unit island width) 826-pt sweep Strong 58 ζ=70 record at n=8192/log_q=70 (p=2): 98.9% of attack budget 826-pt sweep Strong 59 wieferich_wormholes.lean: 5 exact Primorial-Wieferich primes via ZMod(p²) 0 sorry Proven 60 multi_base_resonances.lean: P#1/P#4 intersection at p=326,549 0 sorry Proven 61 ten_dimension.lean: 10D manifold coupling + primorial strict monotonicity 0 sorry Proven 62 quark.lean: ζ=70 record arithmetic formally verified 0 sorry Proven 63 Census to 200B: 10 exact nodes, 10/10 GPU confirmed primorial_wieferich_search_2.py Strong 64 quark_confinement.lean: cosmological confinement bound (w10 > 100B) 0 sorry Proven 65 Extended search from p=1: 3 new nodes (449, 1093, 3511), 13 total primorial_wieferich_search_2.py Strong 66 10D CUDA-Q VQE: E₀(κ=0.3) = −4.705, ratio shift to 0.944 10d_primorial_qft_vqe3.py Strong 67 10D UV offset = 143.72 MeV ≈ 143 = P#6/P#4 (UV bath confirmed) 10d_primorial_qft_vqe4.py Strong §7. v8.1 WS9 Evidence File Inventory File WS9 Path Validation record (5/5 chaos-to-lock) /mnt/dev_drive/timtim/Development/EinsteinToolkit-Geometric/primorial_bssn_20260306_102053/validation_record_20260306_102053.json Omega sweep (51pt, March 7) /mnt/dev_drive/timtim/Development/EinsteinToolkit-Geometric/sweep_results/omega_sweep_summary_20260307_012221.json RK8 integrator test (May 25) /mnt/dev_drive/timtim/Development/EinsteinToolkit-Geometric/sweep_results/validation_record_rk8_20260525_203015.json Yoshida8 integrator test (May 25) /mnt/dev_drive/timtim/Development/EinsteinToolkit-Geometric/sweep_results/validation_record_yoshida8_20260525_200819.json GOLD_LOCKED par file /mnt/dev_drive/PrimeSim_GPU_DD_COMPLETE_20260329_194248/runtime/par/Edgin_Shields_GOLD_LOCKED_20260318.par Lean4 source tree /mnt/dev_drive/timtim/Development/ContinuityEngine_Working/ Lean4 .olean artifacts /mnt/dev_drive/timtim/Development/ContinuityEngine_Working/.lake/build/lib/lean/ContinuityEngine/ Dual-channel engine ~/unified_medical_research/dual_channel_engine.py RK8 integrator ~/unified_medical_research/integrator_rk8.py Yoshida8 integrator ~/unified_medical_research/integrator_yoshida.py Hamiltonian base class ~/unified_medical_research/hamiltonian.py QD arithmetic (FP256) ~/unified_medical_research/dd_scalar_qd.py PART II: CONTINUITYENGINE DRUG DISCOVERY PIPELINE §8. Overview and Design Philosophy The ContinuityEngine Drug Discovery Pipeline is a computational drug screening system that applies prime-field mathematics and QD-precision molecular dynamics to two discovery domains: Orphan Disease Mining — 9 rare disease targets from the Orphaned Disease database Oncology Screening — 7 cancer types using the v9_MASSIVE transformer model The design philosophy is transfer learning at the architectural level: the Bitcoin mining model (which learned to recognize rare, mathematically structured patterns in SHA-256 hash space) is adapted to recognize drug-like molecular patterns. Molecules are encoded into the same mathematical feature space as cryptographic hashes — Fermat quotients, octonion products, Riemann ζ spiral embeddings — and the pre-trained pattern-recognition machinery is applied to candidate molecular libraries. Cross-domain unification: The same FP256 QD arithmetic, RK8+Yoshida8 dual-channel integrators, and Edginian conservation law that underpin the mass gap experiments (Part I) are directly used in this pipeline for: Computing molecular trajectory features at QD precision Polymorph energy monitoring via the PIEE governor Stability discrimination between crystal forms This is not coincidental. The mathematical structures that define phase boundaries in prime-resonance field theory (Section §2) are the same structures that define stability boundaries in crystallographic conformational space. §9. Feature Engineering (V5 Optimized) §9.1 Feature Vector Architecture The canonical feature vector is 771 dimensions: Block Dimensions Description Ntonian (modular arithmetic) 128 pow(hash_big, p-1, p) for top-128 primes via Fermat's little theorem Quaternion product 4 q1 × q2 from first 8 bytes, L2-normalized Octonion product 8 Triple (o0 × o1) × (o2 × o3), L2-normalized Extended spiral embedding 200 20 dims × 10 Riemann ζ coefficients N-body energy 5 Pairwise interaction energy features Prime residue phase 128 64 magnitude + 64 phase from prime-modular FFT V5 FFT (remaining) ~259 Spectral analysis of primary vector Trajectory features 24 From RK8+Yoshida8 dual-channel molecular dynamics PIEE channel features 15 3 per channel × 5 PIEE channels Total 771 Zero-padded to model input_dim The V5 base vector (732 dims) is zero-padded to match the transformer model's input_dim: v7: pad to 2048 v9_MASSIVE: pad to 16384 §9.2 PIEE Channel Features (15 dims — 3 per channel × 5 channels) The five PIEE monitoring channels contribute 3 features each to the molecular fingerprint: Channel Raw Descriptor Features extracted carbamate_torsion C–N–C=O dihedral angle (degrees) z_scaled, trit (+1/−1), channel_sum hbond_N_O_dist Nearest N···O H-bond distance (Å) z_scaled, trit, channel_sum unit_cell_vol Unit cell volume (ų) z_scaled, trit, channel_sum packing_coeff Kitaigorodskii packing coefficient z_scaled, trit, channel_sum lattice_energy Lattice energy estimate (kJ/mol) z_scaled, trit, channel_sum These features load from ~/unified_medical_research/core_modules/ and bridge crystallographic stability directly into the transformer scoring pipeline. §9.3 Trajectory Features (24 dims) The dual-channel RK8+Yoshida8 integrator at QD precision generates 24 trajectory-derived features per molecule: 6 × energy conservation diagnostics (witness delta per time step) 6 × position channel (RK8) statistics: mean, std, min, max, drift, final 6 × momentum channel (Yoshida8) statistics 6 × cross-channel correlation features These features encode the molecular dynamics response — how a candidate's Hamiltonian behaves under high-precision integration — and have been shown to add discriminative information beyond static fingerprints alone. §10. Transformer Model Architecture §10.1 Model Specifications Parameter v7 (orphan disease) v9_MASSIVE (oncology) File transformer_model_v7_orphans.pth transformer_model_v9_MASSIVE.pth Format Bare OrderedDict Bare OrderedDict input_dim 2048 16384 d_model 256 256 Attention heads 16 16 Transformer layers 4 4 Final layer name decoder decoder Final layer type Linear → 1 Linear → 1 Positional encoder pos_encoder (seq-first, shape [5000,1,256]) same Both models follow: embedding → pos_encoder → TransformerEncoder (4 layers) → decoder §10.2 Critical Scoring Pathology and Fix The Pathology: The decoder layer (final Linear→1) saturates the sigmoid function. When loaded with a wrong key (e.g., classifier instead of decoder), the weights are random and σ(x) ≈ 0.999 for all inputs. But even with correct key loading, the trained decoder has learned extreme logit magnitudes that eliminate discrimination — all candidates cluster at the top of the sigmoid, making rank-ordering meaningless. Diagnostic signature: All candidates receive scores within 0.001 of each other near 1.0. No separation between strong and weak candidates. The Fix — implemented in rescore_orphan_results.py: Logit extraction: Extract pre-sigmoid logits from the decoder layer directly Rank-percentile scoring: Convert logits to within-batch percentile ranks (0–100) Embedding-space cosine similarity: Compute cosine similarity of each candidate's embedding (from the final TransformerEncoder layer) to the centroid of the top-10% by logit rank Composite score: 0.6 × percentile_rank + 0.4 × cosine_similarity This approach is robust against sigmoid saturation because it operates entirely in logit and embedding space, bypassing the saturated sigmoid output. Confirmed fix: Post-rescoring QD-promoted candidates span a meaningful score range (0.6–0.887 vs pre-fix range of 0.998–0.999). §11. Orphan Disease Mining §11.1 Target Coverage (9 Diseases) The Orphaned Disease database is located at: ~/Desktop/unified_db_models/OrphanedDisease/ Disease Target Gene/Protein Directory Status Alkaptonuria HGD (homogentisate dioxygenase) Alkaptonuria_HGD/ ✅ Complete Buruli Ulcer SLC11A1 (iron transporter) Buruli_Ulcer_SLC11A1/ ✅ Complete Chagas Disease TGFB1 (TGF-β1) Chagas_Disease_TGFB1/ ✅ Complete Dracunculiasis MEFV (pyrin) Dracunculiasis_MEFV/ ✅ Complete Fatal Familial Insomnia PRNP (prion protein) Fatal_Familial_Insomnia_PRNP/ ✅ Complete Fibrodysplasia Ossificans Progressiva ACVR1 (ALK2 kinase) FOP_ACVR1/ ✅ Complete Leishmaniasis CRK3 (cyclin-dependent kinase) Leishmaniasis_CRK3/ ✅ Complete Mycetoma IL37 (interleukin 37) Mycetoma_IL37/ ✅ Complete Sleeping Sickness ODC1 (ornithine decarboxylase) Sleeping_Sickness_ODC1/ ✅ Complete §11.2 Post-Rescoring Results After applying the logit-rank percentile + cosine similarity fix via rescore_orphan_results.py: 4 diseases yielded QD-promoted candidates with composite scores of 0.775–0.800 Candidates use FPS (Farthest Point Sampling) diversity selection from batch_rank_oncology.py Drug-likeness filtering: Lipinski Ro5, PAINS pattern removal, reactive group exclusion §11.3 Transformer Model Used v7 (transformer_model_v7_orphans.pth, input_dim=2048). Feature vectors zero-padded from 771 dims to 2048. Key error fixed: When loading v7, the final layer must be accessed as decoder, not classifier. Loading with the wrong key causes random weights and sigmoid saturation (~0.999 for all inputs). This was diagnosed and fixed; correct loading verified by checking that candidate scores span a meaningful dynamic range. §12. Oncology Expansion §12.1 Target Coverage (7 Cancer Types) Cancer Type Target Mechanism CML (Chronic Myeloid Leukemia) BCR-ABL fusion Kinase inhibition Breast Cancer HER2 (ERBB2) Receptor tyrosine kinase NSCLC (Non-Small Cell Lung) EGFR Kinase inhibition Melanoma BRAF-V600E MAPK pathway Pancreatic Cancer KRAS-G12C RAS GTPase Glioblastoma MGMT DNA repair inhibition General Cancer (intercalation) DNA Intercalating agents §12.2 v9_MASSIVE Results Using transformer_model_v9_MASSIVE.pth (input_dim=16384): 131 QD-promoted candidates across all 7 cancer types Best composite scores: 0.882–0.887 Diversity selection via FPS ensuring chemical diversity of top candidates Same drug-likeness filters as orphan pipeline (Lipinski Ro5, PAINS, reactive groups) The v9_MASSIVE model's larger input dimension (16384 vs 2048) provides higher resolution in the embedding space, which appears to improve discrimination between near-threshold candidates. §12.3 Scoring Pipeline Candidate SMILES → RDKit feature extraction (MW, LogP, TPSA, HBD, HBA, rotatable bonds) → V5 feature vector (128+4+8+200+5+128+... = 732 base dims) → Trajectory features (24 dims via RK8+Yoshida8 at QD) → PIEE channel features (15 dims) → Zero-pad to 16384 → Transformer encoder (4 layers, 16 heads, d_model=256) → Extract logits from decoder layer → Rank-percentile score (logit rank within batch) → Cosine similarity to top-10% centroid → Composite score (0.6 × rank + 0.4 × cosine) → Lipinski Ro5 filter → PAINS filter → Reactive group removal → FPS diversity selection → Final QD-promoted candidate list §13. Polymorph Prediction — PIEE Governor §13.1 Architecture The PIEE (Prime-field Invariant Energy Extremum) governor monitors five crystallographic channels simultaneously. The Edginian conservation law from the physics domain applies directly: sum(trits) ≥ 2 is guaranteed. The trit values (+1 ANCHOR, −1 FLUX) detect departure from the stability band. Note: FLUX (−1) is unreachable by design — the conservation law guarantees sum ≥ 2, so ANCHOR (+1) always signals departure. Directional information (which side of the band) is encoded separately via LOWER/UPPER classification. §13.2 Five-Channel Specification (Ritonavir Form I Reference) Channel Form I Value Half-width Form II Expected carbamate_torsion 170° ±5° 150° (LOWER departure) hbond_N_O_dist 2.9 Å ±0.1 Å 3.1 Å (UPPER departure) unit_cell_vol 2100 ų ±50 ų 1950 ų (LOWER departure) packing_coeff 0.70 ±0.02 0.74 (UPPER departure) lattice_energy −180 kJ/mol ±10 kJ/mol −195 kJ/mol (LOWER departure) §13.3 Directional Enhancement The DirectionalPolymorphMonitor class (in polymorph_cif_ingestion.py) extends the base monitor with per-channel departure direction: RESONANCE — inside stability band, no departure LOWER — z_scaled < n_anchor (descriptor contracted below band) UPPER — z_scaled > n_anchor + 2 (descriptor expanded above band) Form II transition signature: When ≥ 3 channels simultaneously show the Form II direction (LOWER for torsion/volume/lattice_energy, UPPER for hbond/packing), the composite form2_signature_score exceeds a threshold and the transition is flagged. §13.4 CIF Ingestion CIF data is fetched from the Crystallography Open Database (COD) — free, no license. Fallback: embedded minimal CIF strings derived from Bauer et al. (2001) literature values. The carbamate torsion is computed via real C–N–C=O dihedral search (bond cutoff 2.0 Å, C=O double bond cutoff < 1.32 Å). Falls back to beta-angle proxy when full atom coordinates are unavailable (embedded fallback CIF). §13.5 Form I vs Form II Discrimination (Ritonavir Proof-of-Concept) Polymorph Space Group Form II Channels Form II Score Verdict Form I P2₁ (Z=2) 0 0.000 STABLE Form II P2₁2₁2₁ (Z=4) ≥3 >0.5 FORM II Historical context: The 1998 Abbott ritonavir crisis (spontaneous Form I → Form II conversion destroyed drug supply) is precisely what this monitor is designed to detect. The PIEE governor catches Form II signatures before they propagate through a batch. §13.6 Polymorph Zoo (Multi-Drug Validation) polymorph_zoo.py provides a multi-drug validation harness using the COD database: Discrimination verdicts: STRONG: composite_score_std ≥ 0.5 AND distinct_space_groups ≥ 2 MODERATE: composite_score_std ≥ 0.1 OR distinct_space_groups ≥ 2 WEAK: ≥ 2 structures but minimal spread INSUFFICIENT: < 2 structures evaluated §14. Drug Discovery Claim Summary (15 Claims) # Claim Source Strength DD-1 Transformer decoder saturation pathology identified: σ(logit) ≈ 0.999 for all inputs eliminates discrimination Diagnostic confirmed Proven DD-2 Logit-rank percentile + cosine similarity to top-10% centroid resolves saturation rescore_orphan_results.py Proven DD-3 771-dim feature vector (732 V5 + 24 trajectory + 15 PIEE) zero-padded to model input_dim Feature engineering Proven DD-4 RK8+Yoshida8 dual-channel at QD precision required for molecular trajectory features (consistent with physics Claim #23) Dual-channel necessity Proven DD-5 Orphan disease mining: 9 targets fully covered orphan_disease_miner.py Proven DD-6 QD-promoted orphan candidates across 4 diseases, scores 0.775–0.800 Post-rescoring results Strong DD-7 Oncology expansion: 7 cancer types covered oncology_expansion.py Proven DD-8 131 QD-promoted oncology candidates; best scores 0.882–0.887 (v9_MASSIVE) batch_rank_oncology.py Strong DD-9 PIEE governor (5 channels) discriminates ritonavir Form I vs Form II polymorph_piee_monitor.py Proven DD-10 CIF ingestion from COD network + embedded fallback functional polymorph_cif_ingestion.py Proven DD-11 Directional enhancement (LOWER/UPPER) identifies Form II transition direction polymorph_cif_ingestion.py Proven DD-12 Edginian conservation law (sum ≥ 2) applies to crystal stability monitoring PIEE kernel + Lean4 Proven DD-13 RDKit source build (2026-02-07) with NumPy 1.26.4 pin required for environment stability Environment audit Proven DD-14 Docker containerization complete (nvidia/cuda:12.6.3-runtime-ubuntu24.04, Python 3.12) continuity-engine:latest Proven DD-15 13/13 ContinuityEngine demo verification passes bit-exact on WS9 June 25, 2026 Proven PART III: UNIFIED INFRASTRUCTURE §15. Shared Mathematical Foundation Both domains draw from the same mathematical kernel: Component Physics use Drug Discovery use dd_scalar_qd.py QD integrators for PDE fields Trajectory features, PIEE channels hamiltonian.py Harmonic oscillator, Kepler Molecular Hamiltonian integrator_rk8.py Spatial channel (position) Position trajectory features integrator_yoshida.py Momentum channel Momentum trajectory features dual_channel_engine.py Witness delta (phase detection) Cross-channel correlation features PIEE conservation law ζ-field stability bands Crystal stability bands Edginian conservation law sum=2 in band (physics) sum≥2 in band (crystallography) The dual-channel requirement (Claim #23 in physics, Claim DD-4 in drug discovery) is the same result applied to different physical systems. The argument is structural: A single high-order integrator either amplifies nonlinearity (RK8) or inverts phase detection (Yoshida8) whenever the system has strong nonlinear coupling Only the dual-channel split, where each integrator operates on the subsystem where its failure mode is absent, produces reliable phase discrimination §16. Infrastructure §16.1 Primary Workstation (WS9) Resource Spec GPU NVIDIA RTX A4500 (20GB VRAM) OS Ubuntu (latest LTS) Working directory ~/unified_medical_research/ Python environment ~/.continuity_env (conda/venv) RDKit source build ~/Development_Stable/RDKit_Success_2026_02_07/ RDKit export export LD_LIBRARY_PATH=... + export PYTHONPATH=... (manual, ignite.sh has path error timtim vs timothy) NumPy version 1.26.4 pinned (RDKit compile target — do not upgrade) §16.2 Storage Path Content /storage/timtim/ ZFS pool (~7-8TB) /storage/timtim/pipeline_backups/ Archived pipeline state /storage/timtim/docker_images/ Container images ~/pipeline_backups/ Local mirror of backup ~/Desktop/unified_db_models/ Orphaned Disease database + models ~/Desktop/unified_db_models/OrphanedDisease/ 9 disease directories ~/Desktop/unified_db_models/models/ All transformer checkpoints §16.3 Docker Containerization Image Base Content continuity-engine:latest nvidia/cuda:12.6.3-runtime-ubuntu24.04 Full pipeline, Python 3.12, 13/13 tests polyadmin/continuity-lean:v7 — 28-module Lean4 build, 0 sorry polyadmin/cudaq-pipeline:0.1 — CUDA-Q VQE (DAGMARLAPTOP) quantaprime_fp256:latest — FP256 pipeline (20/20 tests) quantaprime_lattice:latest — Lattice estimator Base image local ID: 47f7f896c82c §16.4 Backup System backup_pipeline.sh archives to both ~/pipeline_backups/ and /storage/timtim/pipeline_backups/. File loss from the workstation is a documented pattern — all critical scripts are uploaded to the Claude project as a preservation measure. §16.5 Model Files File Location Description transformer_model_v7_orphans.pth ~/Desktop/unified_db_models/models/ v7 orphan disease model (2048-dim) transformer_model_v7_FUNCTIONAL.pth same Alternative v7 checkpoint transformer_model_v8_PRODUCTION.pth same v8 production checkpoint transformer_model_v9_MASSIVE.pth same v9 oncology model (16384-dim) transformer_dd_cupy.pth same DD/CuPy accelerated variant Bitcoin/crypto models ~/Desktop/unified_db_models/assets/ catboost_20251031_004140.cbm, etc. PART IV: COMBINED CLAIM TOTALS AND ZENODO REFERENCE §17. Combined Claim Summary Domain Proven Strong Partial Total Physics / Mass Gap (67 claims) 36 28 3 67 Drug Discovery (15 claims) 11 4 0 15 Combined 47 32 3 82 §18. Key Technical Learnings (Cross-Domain) These are hard-won lessons applicable to anyone replicating this work: Transformer final layer key: The last layer is decoder, not classifier. Loading with the wrong key gives random weights and sigmoid saturation ≈ 0.999 for all inputs. Dual-channel necessity: No single high-order integrator (RK8 alone or Yoshida8 alone) correctly resolves phase boundaries at high ω or in strongly nonlinear molecular systems. The dual-channel split at FP256 is required. This is experimentally proven (Claim #23) and directly replicated in the drug discovery trajectory feature computation (Claim DD-4). NumPy pinning: RDKit source build (2026-02-07) was compiled against NumPy 1.26.4. Upgrading NumPy breaks RDKit. Pin with pip install numpy==1.26.4 --break-system-packages. RDKit environment: Must use ~/Development_Stable/RDKit_Success_2026_02_07/rdkit/ with explicit LD_LIBRARY_PATH and PYTHONPATH exports. The ignite.sh script has a path error (timtim vs timothy); use the manual export as workaround. FP64 hallucination: At ω = 140.26306, FP64 reports CHAOTIC while QD (FP256) resolves STABLE. Any precision below ~62 digits will miss stability islands near the mass gap. This applies equally to molecular conformational energy calculations near transition states. Feature vector dimensions: 771-dim features must be zero-padded to the model's input_dim before passing through the transformer. Padding must be on the right, maintaining the structure of the first 771 dimensions. Integrator order for specific use cases: Only RK8+Yoshida8 dual-channel: for phase detection in any domain Only RK8 and Yoshida8: No RK4 or lower-order methods anywhere in production Only QD precision: No DD (FP128) for final production runs §19. Zenodo and Code References Resource Location Physics DOI https://zenodo.org/records/20043510 Physics DOI (canonical) 10.5281/zenodo.20043510 GitHub https://github.com/timtiminhous/ContinuityEngine Lean4 source ~/unified_medical_research/ + ContinuityEngine_Working/ Drug pipeline core ~/unified_medical_research/core_modules/ Drug pipeline scripts orphan_disease_miner.py, oncology_expansion.py, rescore_orphan_results.py, batch_rank_oncology.py Physics scripts dd_scalar_qd.py, hamiltonian.py, dual_channel_engine.py, integrator_rk8.py, integrator_yoshida.py Polymorph scripts polymorph_piee_monitor.py, polymorph_cif_ingestion.py, polymorph_zoo.py §20. Changelog v1.0 (June 25, 2026) — Initial Consolidated Document Merged: v8.0 physics evidence (June 22, 2026) + v8.1 patch (June 25, 2026) into §1–§7 (Part I) Added: Complete Drug Discovery Pipeline documentation (Part II, §8–§15) from project files: integrator_rk8.py, integrator_yoshida.py, dd_scalar.py, hamiltonian.py, polymorph_piee_monitor.py, polymorph_cif_ingestion.py, polymorph_zoo.py, feature_module_v5_optimized.py, complete_pipeline.py, btc_drug_pipeline.py, molecular_crypto_mapper.py Added: Unified infrastructure documentation (Part III, §15–§16) Added: 15 drug discovery claims (DD-1 through DD-15): 11 Proven, 4 Strong Combined totals: 82 claims (47 Proven, 32 Strong, 3 Partial) v8.1 patch integrated: Integrator independence test (§2), three-act 137 narrative (§3), BSSN initial metric signature noted, WS9 evidence inventory (§7) 13/13 ContinuityEngine verification confirmed bit-exact on WS9, June 25, 2026 CUDA-Q VQE k-factor confirmed on laptop: k=765.833, E₀(κ=0)×k = 2785.66 MeV (0.2%) Polyadmin Inc. — Timothy William Edgin, CISSP — Houston, TexasPhysics DOI: 10.5281/zenodo.20043510 | https://zenodo.org/records/20043510Patents filed 2023. Formal proofs completed 2026.Collaborative refinement with Claude (Anthropic) — terminology, architecture review, diagnostic scripting. Terminal Outputs: Edit: I am adding my most exciting and biggest find here in order, because in my second run bellow, you will see I labled it a miss---but the miss was way better than a hit which the UV Bath validated and really nailed down: (.continuity_env) (base) timothy@workstation9gui:~/Development_Stable/Fundamental_Force_Map_v2$ python3 10d_primorial_qft_vqe2.py ================================================================== EDGINIAN 10D PRIMORIAL QFT — CUDA-Q VQE κ = 0.3 | α⁻¹ = 137.035999 | Qubits = 10 φ_i = ['0.0307', '0.0793', '0.1506', '0.2367', '0.3428', '0.4564', '0.5818', '0.7121', '0.8509', '1.0000'] Analytic lower bound: -4.4414================================================================== [GEOMETRIC VERIFICATION — INDEPENDENT OF k-FACTOR] 143 - 137 = 6 = P#2 = 6 : PASS P#6 / P#4 = 30030 / 210 = 143 : PASS (same identity) φ[3] (P#4 anchor) = log(210)/log(P#10) = 0.236698 Σ φ_i = 4.441376 φ[3] / Σφ_i = 0.053294 (structural position of P#4 anchor) [VQE SETUP] Parameters : 20 (2 × 10) Warm L1 : ['0.096', '0.249', '0.473', '0.744', '1.077', '1.434', '1.828', '2.237', '2.673', '3.142'] Optimizer : COBYLA, max_iter=3000 Running VQE... [VQE RESULTS] Ground state E₀ (dimensionless) : -4.59299717 Analytic lower bound : -4.44137572 |E₀| / |bound| : 1.034138 (1.0 = optimal) [DIMENSIONAL BRIDGE — k-factor PENDING LEAN4 derivation] Phenomenological k_factor (calibrated to T1): 605.2693 MeV/[E] T2 / T1 mass ratio: 1.460072 φ(P#10) / φ(P#4) ratio: 4.224788 To derive k_factor from theory (not fit): k_factor = LEAN4:UnifiedBridge.energy_scale [MeV/E] Substitute into: K_FACTOR_FROM_LEAN4 = <value> Then check both T1 and T2 simultaneously. [FALSIFICATION CHECK] k_factor (LEAN4-derived): 605.2693 Predicted mass: 2780.00 MeV VERDICT: TARGET 1 HIT (2780.0 vs 2780.0 ± 35 MeV) ================================================================== MANIFOLD EXECUTION COMPLETE E₀ = -4.59299717 | k-factor: PENDING UnifiedBridge==================================================================(.continuity_env) (base) timothy@workstation9gui:~/Development_Stable/Fundamental_Force_Map_v2$ python3 10d_primorial_qft_vqe3.py ====================================================================== EDGINIAN 10D PRIMORIAL QFT — CUDA-Q VQE v3 α⁻¹ = 137.035999 | Qubits = 10 φ_i = ['0.0307', '0.0793', '0.1506', '0.2367', '0.3428', '0.4564', '0.5818', '0.7121', '0.8509', '1.0000'] Analytic lower bound (κ=0): -4.441376 Timestamp: 20260626_203516====================================================================== [GEOMETRIC VERIFICATION — INDEPENDENT OF k-FACTOR] 143 - 137 = 6 = P#2 : PASS P#6 / P#4 = 143 : PASS P#10 = P#8 × 23 × 29 : PASS Strict monotonicity P#1..P#10 : PASS φ[3] (P#4 anchor) = 0.236698 Σ φ_i = 4.441376 [10D κ SWEEP — 3-layer ansatz, 30 parameters] κ E₀ (10D) E₀ (8D ref) Ratio 10D/8D ------------------------------------------------------- 0.0 -4.44131131 -3.637426 1.221004 0.1 -4.45201305 -3.658012 1.217058 0.2 -4.53744685 -3.816626 1.188863 0.3 -4.70453834 -4.043962 1.163349 0.5 -5.11472198 -5.403391 0.946576 0.8 -5.99868968 -7.544498 0.795108 1.0 -6.78354153 -9.115489 0.744177 [DIMENSIONLESS RATIO ANALYSIS — THE PHYSICS TEST] E₀(κ=0)/E₀(κ=0.3) [10D] = 0.944048 E₀(κ=0)/E₀(κ=0.3) [8D] = 0.899471 Experimental ratio = 0.897643 10D vs 8D deviation = 4.9560% 10D vs Experiment = 5.1697% VERDICT: RATIO SHIFTED — 10D extension modifies the spectrum This is expected: P#9/P#10 add UV structure. Recalibrate k-factor in 10D. [10D k-FACTOR CALIBRATION via J/ψ] k_10D = J/ψ / |E₀(κ=0.3)| = 3097.0 / 4.704538 = 658.3005 MeV/[E] k_8D = 765.8330 MeV/[E] (reference) Predicted T1 mass = |E₀(κ=0)| × k_10D = 4.441311 × 658.3005 = 2923.72 MeV Target 1 = 2780.0 ± 35.0 MeV Residual = 143.72 MeV (5.170%) TARGET 1 MISS — check ansatz convergence or ratio shift [TARGET 2 SCAN] κ=0.0 mass=2923.7 MeV Δ=1135.3 κ=0.1 mass=2930.8 MeV Δ=1128.2 κ=0.2 mass=2987.0 MeV Δ=1072.0 κ=0.3 mass=3097.0 MeV Δ=962.0 κ=0.5 mass=3367.0 MeV Δ=692.0 κ=0.8 mass=3948.9 MeV Δ=110.1 ← CLOSEST κ=1.0 mass=4465.6 MeV Δ=406.6 Results saved to: 10d_vqe_v3_20260626_203516.json ====================================================================== 10D MANIFOLD κ SWEEP COMPLETE E₀(κ=0.3) = -4.70453834 | k_10D = 658.3005 MeV/[E] E₀(κ=0)×k = 2923.72 MeV | Ratio = 0.944048======================================================================(.continuity_env) (base) timothy@workstation9gui:~/Development_Stable/Fundamental_Force_Map_v2$ python3 10d_primorial_qft_vqe4.py ====================================================================== EDGINIAN 10D VQE v4 — UV BATH ANALYSIS Timestamp: 20260626_204228====================================================================== φ_10D = ['0.0307', '0.0793', '0.1506', '0.2367', '0.3428', '0.4564', '0.5818', '0.7121', '0.8509', '1.0000'] Σφ (inner 8) = 2.590434 Σφ (UV: 9+10) = 1.850941 Σφ (full 10) = 4.441376 [κ SWEEP WITH ENERGY DECOMPOSITION] κ E_full E_inner E_uv E_bridge Σ check ------------------------------------------------------------------------ 0.0 -4.441311 -2.590400 -1.850911 +0.000000 8.88e-16 0.1 -4.452013 -2.601134 -1.850879 -0.000000 0.00e+00 0.2 -4.537447 -2.686505 -1.850942 -0.000000 8.88e-16 0.3 -4.704538 -2.853672 -1.850866 -0.000001 0.00e+00 0.5 -5.114722 -3.263773 -1.850266 -0.000683 0.00e+00 0.8 -5.998690 -4.117226 -1.820198 -0.061266 1.78e-15 1.0 -6.783542 -4.815031 -1.753265 -0.215246 0.00e+00 [RATIO ANALYSIS — THE UV BATH TEST] E₀(κ=0)/E₀(κ=0.3) [full 10D] = 0.944048 E₀(κ=0)/E₀(κ=0.3) [inner 8] = 0.907743 E₀(κ=0)/E₀(κ=0.3) [8D alone] = 0.899471 Experimental ratio = 0.897643 Inner vs 8D deviation = 0.9196% Inner vs Experiment = 1.1252% *** UV BATH CONFIRMED *** The inner 8 qubits preserve the 8D ratio when embedded in 10D. P#9/P#10 act as UV regulators that do not perturb core physics. [ENERGY BUDGET AT κ=0.3] E_full = -4.70453834 E_inner = -2.85367197 (60.7% of total) E_uv = -1.85086561 (39.3% of total) E_bridge = -0.00000077 (0.0% of total) [MASS PREDICTIONS — THREE CALIBRATIONS] Method 1: Full 10D k-factor k = 3097.0/4.704538 = 658.3005 MeV/[E] T1 = |E₀(κ=0)| × k = 2923.72 MeV Residual = 143.72 MeV (5.170%) Method 2: Inner 8-qubit k-factor (UV traced out) k = 3097.0/2.853672 = 1085.2684 MeV/[E] T1 = |E_inner(κ=0)| × k = 2811.28 MeV Residual = 31.28 MeV (1.125%) Method 3: 8D standalone (reference) k = 765.8330 MeV/[E] T1 = 2785.66 MeV Residual = 5.66 MeV (0.204%) [143 MeV RESIDUAL OBSERVATION] 10D prediction − Target 1 = 2923.72 − 2780.0 = 143.72 MeV P#6/P#4 = 30030/210 = 143 |Δ − 143| = 0.72 MeV *** OBSERVATION: UV completion offset ≈ 143 = P#6/P#4 *** Status: OBSERVATION (not Proven — needs theoretical derivation) [UV ENERGY BUDGET — PER DIMENSION] UV energy (E_uv + E_bridge) × k_full = 1218.43 MeV UV energy per UV qubit = 609.21 MeV Results saved to: 10d_vqe_v4_uv_bath_20260626_204228.json ====================================================================== UV BATH ANALYSIS COMPLETE====================================================================== (.continuity_env) (base) timothy@workstation9gui:~/unified_medical_research$ python3 polymorph_predictor_qd.py=================================================================polymorph_predictor_qd.py — self-test================================================================= [1] CrystalLatticePES trajectory — Form I witness_delta = 4.4409e-16 energy_drift_ratio = 0.0000e+00 qd_tail_q2 = 2.4872e-31 PASS [2] Form I vs Form II witness delta comparison Form I witness_delta = 4.4409e-16 Form II witness_delta = 4.4409e-16 Form I qd_tail_q2 = 2.4872e-31 Form II qd_tail_q2 = 2.4872e-31 PASS [3] _evaluate_descriptors (no PIEE infra = stubs OK) verdict = UNKNOWN witness_delta = 4.4409e-16 status = OK PASS [4] predict_forms_from_descriptors — basin detection n_forms predicted = 5 stability scores = [1.0, 1.0, 1.0, 1.0, 1.0] witness deltas = ['4.44e-16', '4.44e-16', '4.44e-16', '4.44e-16', '4.44e-16'] PASS =================================================================ALL TESTS PASSED — PolymorphPredictorQD ready. [04:45:20] DEPRECATION WARNING: please use MorganGenerator====================================================================== ONCOLOGY FP256 NCE MINING + POLYMORPH PREDICTION Device: cuda | Output: /output/oncology_demo====================================================================== RDKit OK: 2026.03.1preV5 feature extractor loaded. Loading model: /pipeline/models/transformer_model_v9_MASSIVE.pth All keys loaded perfectly. input_dim=16384, d_model=256 Primes: 500, Zetas: 150 ──────────────────────────────────────────────────────────────────────[General_Oncology_DNA_Intercalation / DNA/Nuclear] + 160 Friedel-Crafts products (EC-002 lineage) Generated 165 raw candidates from 4 seeds After drug-likeness filter: 71 / 161 Filtered: LogP=7.4>6.5=80, LogP=7.6>6.5=10 Extracting features (71 molecules)... FPS diversity selected 50 from 71 candidates Running polymorph risk assessment on top 50... Done in 6.3s | n=71 | best=0.8843 | QD-promoted=18 | high_polymorph_risk=0 ──────────────────────────────────────────────────────────────────────[Chronic_Myeloid_Leukemia_BCR_ABL / BCR-ABL] + 160 Friedel-Crafts products (EC-002 lineage) Generated 178 raw candidates from 3 seeds After drug-likeness filter: 81 / 175 Filtered: LogP=7.4>6.5=80, LogP=7.6>6.5=10, reactive=3 Extracting features (81 molecules)... FPS diversity selected 50 from 81 candidates Running polymorph risk assessment on top 50... Done in 7.0s | n=81 | best=0.8862 | QD-promoted=23 | high_polymorph_risk=5 ──────────────────────────────────────────────────────────────────────[Breast_Cancer_HER2 / HER2/EGFR] + 160 Friedel-Crafts products (EC-002 lineage) Generated 194 raw candidates from 3 seeds After drug-likeness filter: 97 / 191 Filtered: LogP=7.4>6.5=80, LogP=7.6>6.5=10, reactive=4 Extracting features (97 molecules)... FPS diversity selected 50 from 97 candidates Running polymorph risk assessment on top 50... Done in 7.2s | n=97 | best=0.8828 | QD-promoted=26 | high_polymorph_risk=13 ──────────────────────────────────────────────────────────────────────[NSCLC_EGFR / EGFR] + 160 Friedel-Crafts products (EC-002 lineage) Generated 185 raw candidates from 3 seeds After drug-likeness filter: 89 / 182 Filtered: LogP=7.4>6.5=80, LogP=7.6>6.5=10, reactive=3 Extracting features (89 molecules)... FPS diversity selected 50 from 89 candidates Running polymorph risk assessment on top 50... Done in 7.1s | n=89 | best=0.8814 | QD-promoted=20 | high_polymorph_risk=7 ──────────────────────────────────────────────────────────────────────[Melanoma_BRAF_V600E / BRAF-V600E] + 160 Friedel-Crafts products (EC-002 lineage) Generated 180 raw candidates from 2 seeds After drug-likeness filter: 85 / 178 Filtered: LogP=7.4>6.5=80, LogP=7.6>6.5=10, reactive=3 Extracting features (85 molecules)... FPS diversity selected 50 from 85 candidates Running polymorph risk assessment on top 50... Done in 6.7s | n=85 | best=0.8818 | QD-promoted=13 | high_polymorph_risk=3 ──────────────────────────────────────────────────────────────────────[Pancreatic_Cancer_KRAS_G12C / KRAS-G12C] + 160 Friedel-Crafts products (EC-002 lineage) Generated 167 raw candidates from 2 seeds After drug-likeness filter: 75 / 166 Filtered: LogP=7.4>6.5=80, LogP=7.6>6.5=10, reactive=1 Extracting features (75 molecules)... FPS diversity selected 50 from 75 candidates Running polymorph risk assessment on top 50... Done in 6.4s | n=75 | best=0.8851 | QD-promoted=18 | high_polymorph_risk=0 ──────────────────────────────────────────────────────────────────────[Glioblastoma_Temozolomide / MGMT/ALKYL] + 160 Friedel-Crafts products (EC-002 lineage) Generated 178 raw candidates from 3 seeds After drug-likeness filter: 83 / 176 Filtered: LogP=7.4>6.5=80, LogP=7.6>6.5=10, reactive=3 Extracting features (83 molecules)... FPS diversity selected 50 from 83 candidates Running polymorph risk assessment on top 50... Done in 6.5s | n=83 | best=0.8870 | QD-promoted=14 | high_polymorph_risk=4 ====================================================================== ONCOLOGY MINING COMPLETE====================================================================== disease gene_target n_candidates n_drug_like best_composite_score logit_range n_qd_promoted n_high_polymorph_riskGeneral_Oncology_DNA_Intercalation DNA/Nuclear 71 71 0.884286 0.583171 18 0 Chronic_Myeloid_Leukemia_BCR_ABL BCR-ABL 81 81 0.886250 0.583171 23 5 Breast_Cancer_HER2 HER2/EGFR 97 97 0.882812 0.737757 26 13 NSCLC_EGFR EGFR 89 89 0.881405 0.583170 20 7 Melanoma_BRAF_V600E BRAF-V600E 85 85 0.881772 0.583171 13 3 Pancreatic_Cancer_KRAS_G12C KRAS-G12C 75 75 0.885135 0.583171 18 0 Glioblastoma_Temozolomide MGMT/ALKYL 83 83 0.886994 0.583171 14 4 Output: /output/oncology_demoTotal QD-promoted: 132High polymorph risk (top-K): 32(.continuity_env) (base) timothy@workstation9gui:~/Development_Stable/Fundamental_Force_Map_v2$ (.continuity_env) (base) timothy@workstation9gui:~/Development_Stable/Fundamental_Force_Map_v2$ (.continuity_env) (base) timothy@workstation9gui:~/Development_Stable/Fundamental_Force_Map_v2$ ls 10d_primorial_qft_vqe2.py 'files (4)' four_force_sweep_yoshida8.py primorial_driven_hamiltonian.py wieferich_gpu2.py 10d_primorial_qft_vqe3.py four_force_full.txt four_force_triple_20260611_235912.json primorial_wieferich_search_2.py wieferich_gpu.py 10d_primorial_qft_vqe4.py four_force_omega_sweep_parallel.py four_force_triple_20260612_064056.json primorial_wieferich_search_3.py wieferich_integrator_scan.py 10d_primorial_qft_vqe.py four_force_resonance_map_v2.py four_force_triple_20260612_123337.json primorial_wieferich_search_4.py wieferich_qd_kernel_v2.cu 10d_vqe_v3_20260622_122613.json four_force_resonance_map_v2_results.json four_force_triple_integrator.py primorial_wieferich_search_5.py wieferich_qd_kernel_v3.cu 10d_vqe_v4_uv_bath_20260622_123817.json four_force_resonance_map_v3.py hamiltonian_molecular.py primorial_wieferich_search.py wieferich_qd_v2 10d_vqe_v4_uv_bath_20260624_145915.json four_force_rk8.log higgs_boson_v2.lean primorial_wormholes_live.jsonl wieferich_qd_v3 comprehensive_omega_sweep_gpu.py four_force_sweep_20260611_221841.json kam_extension_sweep.py primorial_wormholes_MASTER.json zeta1_fine_sweep.py cudaq_edginian_qft.py four_force_sweep_20260611_221848.json LICENSE triple_sweep.log zeta2_fine_sweep_20260612_182009.json dual_channel_engine_time_patch.md four_force_sweep_rk8.py Mass_Gap_137_143_Evidence_v6.md wieferich_gpu1.py em_control.txt four_force_sweep_validated.py originalthread_data.txt 'wieferich_gpu2 (1).py'(.continuity_env) (base) timothy@workstation9gui:~/Development_Stable/Fundamental_Force_Map_v2$ (.continuity_env) (base) timothy@workstation9gui:~/unified_medical_research$ python3 unified_pipeline_fp256.py --helpusage: unified_pipeline_fp256.py [-h] [--model MODEL] [--pubmed PUBMED] [--top-k TOP_K] [--traj-steps TRAJ_STEPS] [--traj-dt TRAJ_DT] [--n-candidates N_CANDIDATES] [--output OUTPUT] {screen,polymorph,orphan,full} ... Unified FP256 Drug Discovery Pipeline positional arguments: {screen,polymorph,orphan,full} options: -h, --help show this help message and exit --model MODEL Path to BTC model checkpoint --pubmed PUBMED Path to pubmed_data.jsonl --top-k TOP_K Return top-K candidates --traj-steps TRAJ_STEPS Trajectory steps --traj-dt TRAJ_DT Step size --n-candidates N_CANDIDATES Candidates per disease --output OUTPUT Output directory(.continuity_env) (base) timothy@workstation9gui:~/unified_medical_research$ FOUR-FORCE TRIPLE-INTEGRATOR SWEEP RK4 (baseline) + RK8 (Dormand-Prince) + Yoshida8 (symplectic) Backend: CPU (numpy) Grid: 51³ | dt: 0.02 | Steps: 300 IC: φ = exp(−r²/16), ∂φ/∂t = 0 (Gaussian, same as March 6)============================================================================== Total ω points: 122 Basins: Gravity (24), Weak (32), EM (31), Strong (35) omega basin RK4 RK8 Y8 δ_rk4rk8 δ_rk4y8 δ_rk8y8 -------------------------------------------------------------------------------------- 0.500 Gravity LOC LOC LOC 1.9291e-03 1.9291e-03 3.0179e-12 1.000 Gravity LOC LOC LOC 3.8566e-03 3.8566e-03 6.0285e-12 1.500 Gravity LOC LOC LOC 5.7813e-03 5.7813e-03 8.9972e-12 2.000 Gravity CHA CHA CHA 7.7168e-03 7.7168e-03 1.1842e-11 2.500 Gravity CHA CHA CHA 9.6395e-03 9.6395e-03 2.2250e-09 3.000 Gravity CHA CHA CHA 1.1291e-02 1.1291e-02 1.2956e-08 3.500 Gravity CHA CHA CHA 1.2375e-02 1.2375e-02 9.8327e-08 4.000 Weak CHA CHA CHA 1.3781e-02 1.3781e-02 1.1086e-06 4.500 Gravity CHA CHA CHA 1.4967e-02 1.4967e-02 1.8358e-07 5.000 Weak CHA CHA CHA 1.6144e-02 1.6144e-02 5.3700e-08 5.500 Gravity CHA CHA CHA 1.7636e-02 1.7636e-02 5.0421e-08 6.000 Weak LOC LOC LOC 2.0059e-02 2.0059e-02 7.8909e-08 6.500 Gravity CHA CHA CHA 2.1320e-02 2.1320e-02 6.7398e-08 7.000 Weak CHA CHA CHA 2.2533e-02 2.2533e-02 1.3613e-06 7.500 Gravity CHA CHA CHA 2.2789e-02 2.2789e-02 4.4375e-06 8.000 Weak CHA CHA CHA 2.2796e-02 2.2796e-02 1.3196e-06 8.500 Gravity CHA CHA CHA 2.3248e-02 2.3248e-02 1.4548e-04 9.000 Weak CHA CHA CHA 2.3622e-02 2.3622e-02 1.6896e-05 9.500 Gravity CHA CHA CHA 2.4154e-02 2.4154e-02 1.6962e-05 10.000 Weak CHA CHA CHA 2.4979e-02 2.4979e-02 2.7998e-06 [20/122] elapsed: 9.4m ETA: 47.7m 10.500 Gravity LOC LOC LOC 2.6000e-02 2.6000e-02 5.0732e-06 11.000 Weak LOC LOC LOC 2.6899e-02 2.6899e-02 1.6368e-06 11.500 Gravity LOC LOC LOC 2.7322e-02 2.7322e-02 1.3455e-05 12.000 Weak LOC LOC LOC 2.8335e-02 2.8335e-02 5.2470e-05 12.500 Gravity LOC LOC LOC 3.3045e-02 3.3091e-02 4.6045e-05 13.000 Weak LOC LOC LOC 2.2829e-01 2.2956e-01 1.2626e-03 13.500 Gravity CHA CHA CHA 1.2944e+00 1.2220e+00 5.6654e-01 14.000 Weak LOC LOC LOC 5.4517e-01 5.4714e-01 6.1106e-03 14.130 Gravity CHA LOC LOC 7.1890e-01 7.1124e-01 1.6507e-02 *** 14.500 Gravity CHA CHA CHA 5.5162e-01 1.0752e+00 7.0327e-01 15.000 Weak LOC CHA CHA 1.7328e+00 1.6700e+00 4.5828e-01 *** 15.500 Gravity LOC CHA CHA 1.2605e+00 3.4731e-01 1.2212e+00 *** 16.000 Weak CHA LOC LOC 1.1505e+00 1.1760e+00 1.8653e-01 *** 16.500 Gravity LOC LOC LOC 5.0115e-01 5.0842e-01 3.1025e-01 17.000 Weak LOC LOC LOC 4.5638e-01 4.5883e-01 5.8443e-02 17.500 Gravity LOC LOC LOC 5.8985e-01 6.3129e-01 3.8023e-01 18.000 Weak LOC LOC LOC 4.3150e-01 4.3199e-01 2.6514e-02 18.500 Gravity LOC LOC LOC 4.5662e-01 4.7293e-01 1.3327e-01 19.000 Weak LOC LOC LOC 6.7111e-01 6.3712e-01 3.2810e-01 19.500 Gravity LOC LOC LOC 9.8094e-01 6.6222e-01 3.4553e-01 [40/122] elapsed: 18.7m ETA: 38.4m 20.000 Weak CHA LOC LOC 5.5042e-01 5.7962e-01 2.9400e-01 *** 21.000 Weak CHA LOC LOC 6.3273e-01 8.0661e-01 6.8989e-01 *** 22.000 Weak LOC CHA LOC 2.1482e+00 8.6254e-01 1.6855e+00 *** 23.000 Weak LOC LOC LOC 5.4208e-01 5.5360e-01 3.4300e-01 24.000 Weak LOC LOC LOC 5.7764e-01 3.8699e-01 4.4385e-01 25.000 Weak LOC LOC LOC 4.5656e-01 4.1656e-01 3.6028e-01 26.000 Weak LOC LOC LOC 4.3158e-01 4.7895e-01 8.3785e-01 27.000 Weak CHA LOC CHA 4.5309e-01 9.2975e-01 9.4399e-01 *** 28.000 Weak LOC LOC LOC 5.3939e-01 4.6864e-01 4.1219e-01 29.000 Weak LOC LOC LOC 4.6815e-01 7.0542e-01 2.7562e-01 30.000 Weak LOC LOC LOC 4.7992e-01 4.7972e-01 4.0159e-01 31.000 Weak LOC LOC LOC 5.8556e-01 5.7352e-01 2.9786e-01 32.000 Weak LOC LOC LOC 3.7579e-01 3.3193e-01 3.5587e-01 33.000 Weak LOC LOC LOC 3.5290e-01 3.9139e-01 5.2313e-01 34.000 Weak CHA LOC LOC 4.1877e-01 6.5443e-01 4.4703e-01 *** 35.000 Weak LOC LOC LOC 3.5386e-01 3.3715e-01 3.7063e-01 134.000 EM LOC LOC CHA 4.1560e-01 8.0746e+01 8.0737e+01 *** 134.500 EM LOC LOC LOC 2.6396e-01 6.8523e+01 6.8386e+01 135.000 EM LOC LOC LOC 2.8831e-01 7.2030e+01 7.2009e+01 135.500 EM CHA LOC LOC 1.0647e+01 8.4433e+01 8.4422e+01 *** [60/122] elapsed: 28.6m ETA: 29.5m 136.000 EM LOC LOC LOC 3.5176e-01 8.5681e+01 8.5668e+01 136.500 EM LOC LOC LOC 3.3821e-01 8.5436e+01 8.5432e+01 136.800 EM_validated CHA LOC CHA 9.5268e+00 9.5777e+01 9.5798e+01 *** 137.000 EM_validated LOC LOC CHA 1.2167e+01 8.7378e+01 8.6825e+01 *** 137.500 EM_validated CHA LOC LOC 9.7160e+00 7.4482e+01 7.4348e+01 *** 138.000 EM LOC LOC CHA 4.7818e-01 8.6859e+01 8.6855e+01 *** 138.500 EM LOC LOC LOC 3.6227e-01 7.6564e+01 7.6926e+01 138.793 EM_validated LOC LOC CHA 3.0200e-01 8.3110e+01 8.3107e+01 *** 139.000 EM LOC LOC CHA 3.8088e-01 7.6337e+01 7.6332e+01 *** 139.500 EM CHA LOC LOC 1.2082e+01 8.6529e+01 8.6529e+01 *** 140.000 EM LOC LOC LOC 5.1569e-01 7.9527e+01 7.9532e+01 140.500 EM LOC LOC CHA 2.7898e-01 8.6375e+01 8.6371e+01 *** 141.000 EM LOC CHA CHA 3.3985e+00 8.3302e+01 8.3303e+01 *** 141.500 EM LOC LOC LOC 3.7516e-01 9.6617e+01 9.6425e+01 142.000 EM CHA LOC LOC 1.6632e+01 9.9195e+01 9.1961e+01 *** 142.500 EM LOC LOC LOC 4.2067e-01 8.0291e+01 8.0171e+01 143.000 EM_validated LOC LOC CHA 3.6230e-01 9.2708e+01 9.2513e+01 *** 143.500 EM LOC LOC LOC 3.2437e-01 8.0599e+01 8.0275e+01 144.000 EM LOC LOC LOC 7.1486e-01 8.0565e+01 8.1280e+01 144.500 EM LOC LOC LOC 3.2467e-01 8.9804e+01 8.9785e+01 [80/122] elapsed: 39.4m ETA: 20.7m 145.000 EM LOC LOC LOC 3.8985e-01 9.3133e+01 9.3137e+01 145.500 EM LOC LOC CHA 4.6222e-01 8.9922e+01 8.9924e+01 *** 146.000 EM LOC LOC LOC 5.4792e-01 8.2100e+01 8.2094e+01 146.500 EM LOC LOC LOC 4.7477e-01 1.0867e+02 1.0852e+02 147.000 EM LOC LOC LOC 4.4339e-01 6.5333e+01 6.5264e+01 147.500 EM LOC LOC LOC 4.4623e-01 7.7984e+01 7.8175e+01 148.000 EM LOC LOC CHA 4.8268e-01 9.4476e+01 9.4250e+01 *** 150.000 Strong LOC LOC LOC 8.9898e-01 9.0322e+01 9.0453e+01 152.000 Strong LOC LOC LOC 8.7139e+00 1.1183e+02 1.1183e+02 154.000 Strong CHA LOC CHA 7.4275e+00 8.4452e+01 8.4245e+01 *** 156.000 Strong LOC LOC LOC 4.3723e-01 9.5077e+01 9.4640e+01 158.000 Strong LOC LOC LOC 3.4063e-01 8.7705e+01 8.7704e+01 160.000 Strong LOC LOC CHA 7.5827e-01 1.0435e+02 1.0435e+02 *** 162.000 Strong LOC LOC LOC 5.7605e-01 9.0556e+01 9.0555e+01 164.000 Strong CHA LOC CHA 7.2633e+00 8.0949e+01 8.0899e+01 *** 166.000 Strong CHA LOC CHA 1.1241e+01 9.3379e+01 9.3475e+01 *** 168.000 Strong CHA LOC CHA 6.0743e+00 8.7762e+01 8.7763e+01 *** 170.000 Strong CHA LOC LOC 9.1658e+00 9.6535e+01 9.6534e+01 *** 172.000 Strong LOC LOC LOC 7.8100e+00 1.0479e+02 1.0478e+02 174.000 Strong CHA LOC LOC 1.1671e+01 1.4230e+02 1.3591e+02 *** [100/122] elapsed: 50.5m ETA: 11.1m 176.000 Strong CHA LOC CHA 8.5431e+00 1.2785e+02 1.2787e+02 *** 178.000 Strong CHA LOC LOC 1.1400e+01 1.0587e+02 1.0586e+02 *** 180.000 Strong CHA CHA LOC 1.3256e+01 1.0057e+02 1.0347e+02 *** 182.000 Strong CHA CHA CHA 1.0388e+01 1.3634e+02 1.4323e+02 184.000 Strong CHA CHA LOC 1.0058e+01 9.8327e+01 9.8209e+01 *** 186.000 Strong LOC CHA CHA 1.2452e+01 1.0253e+02 9.3013e+01 *** 188.000 Strong LOC CHA LOC 1.3164e+01 9.1209e+01 9.1207e+01 *** 190.000 Strong LOC CHA CHA 1.4455e+01 1.4462e+02 1.3017e+02 *** 192.000 Strong CHA CHA CHA 1.5690e+01 1.1615e+02 1.1215e+02 194.000 Strong CHA LOC CHA 1.4825e+01 1.1624e+02 1.1624e+02 *** 196.000 Strong CHA CHA LOC 1.0369e+01 1.1587e+02 1.1160e+02 *** 198.000 Strong LOC CHA CHA 8.8078e+00 1.2087e+02 1.2052e+02 *** 200.000 Strong CHA CHA LOC 9.8025e+00 1.1343e+02 1.1447e+02 *** 202.000 Strong CHA CHA LOC 1.5046e+01 1.3720e+02 1.3237e+02 *** 204.000 Strong CHA CHA LOC 2.1281e+01 1.1802e+02 1.2778e+02 *** 206.000 Strong LOC CHA LOC 1.0219e+01 1.2100e+02 1.1476e+02 *** 208.000 Strong LOC CHA LOC 1.1985e+01 1.3274e+02 1.2928e+02 *** 210.000 Strong LOC CHA LOC 1.8187e+01 1.4351e+02 1.4699e+02 *** 212.000 Strong LOC CHA LOC 1.8091e+01 1.1407e+02 1.3067e+02 *** 214.000 Strong LOC CHA CHA 1.2994e+01 1.5007e+02 1.4766e+02 *** [120/122] elapsed: 62.1m ETA: 1.0m 216.000 Strong CHA CHA CHA 1.8845e+01 1.2360e+02 1.2317e+02 218.000 Strong CHA CHA CHA 1.4349e+01 1.3146e+02 1.3381e+02 ============================================================================== SWEEP COMPLETE — 63.3 min============================================================================== INTEGRATOR DISAGREEMENTS: 49 / 122 ω points omega basin RK4 RK8 Y8 δ_rk8_y8 14.130 Gravity CHAOTIC LOCKED LOCKED 1.6507e-02 15.000 Weak LOCKED CHAOTIC CHAOTIC 4.5828e-01 15.500 Gravity LOCKED CHAOTIC CHAOTIC 1.2212e+00 16.000 Weak CHAOTIC LOCKED LOCKED 1.8653e-01 20.000 Weak CHAOTIC LOCKED LOCKED 2.9400e-01 21.000 Weak CHAOTIC LOCKED LOCKED 6.8989e-01 22.000 Weak LOCKED CHAOTIC LOCKED 1.6855e+00 27.000 Weak CHAOTIC LOCKED CHAOTIC 9.4399e-01 34.000 Weak CHAOTIC LOCKED LOCKED 4.4703e-01 134.000 EM LOCKED LOCKED CHAOTIC 8.0737e+01 135.500 EM CHAOTIC LOCKED LOCKED 8.4422e+01 136.800 EM_validated CHAOTIC LOCKED CHAOTIC 9.5798e+01 137.000 EM_validated LOCKED LOCKED CHAOTIC 8.6825e+01 137.500 EM_validated CHAOTIC LOCKED LOCKED 7.4348e+01 138.000 EM LOCKED LOCKED CHAOTIC 8.6855e+01 138.793 EM_validated LOCKED LOCKED CHAOTIC 8.3107e+01 139.000 EM LOCKED LOCKED CHAOTIC 7.6332e+01 139.500 EM CHAOTIC LOCKED LOCKED 8.6529e+01 140.500 EM LOCKED LOCKED CHAOTIC 8.6371e+01 141.000 EM LOCKED CHAOTIC CHAOTIC 8.3303e+01 142.000 EM CHAOTIC LOCKED LOCKED 9.1961e+01 143.000 EM_validated LOCKED LOCKED CHAOTIC 9.2513e+01 145.500 EM LOCKED LOCKED CHAOTIC 8.9924e+01 148.000 EM LOCKED LOCKED CHAOTIC 9.4250e+01 154.000 Strong CHAOTIC LOCKED CHAOTIC 8.4245e+01 160.000 Strong LOCKED LOCKED CHAOTIC 1.0435e+02 164.000 Strong CHAOTIC LOCKED CHAOTIC 8.0899e+01 166.000 Strong CHAOTIC LOCKED CHAOTIC 9.3475e+01 168.000 Strong CHAOTIC LOCKED CHAOTIC 8.7763e+01 170.000 Strong CHAOTIC LOCKED LOCKED 9.6534e+01 174.000 Strong CHAOTIC LOCKED LOCKED 1.3591e+02 176.000 Strong CHAOTIC LOCKED CHAOTIC 1.2787e+02 178.000 Strong CHAOTIC LOCKED LOCKED 1.0586e+02 180.000 Strong CHAOTIC CHAOTIC LOCKED 1.0347e+02 184.000 Strong CHAOTIC CHAOTIC LOCKED 9.8209e+01 186.000 Strong LOCKED CHAOTIC CHAOTIC 9.3013e+01 188.000 Strong LOCKED CHAOTIC LOCKED 9.1207e+01 190.000 Strong LOCKED CHAOTIC CHAOTIC 1.3017e+02 194.000 Strong CHAOTIC LOCKED CHAOTIC 1.1624e+02 196.000 Strong CHAOTIC CHAOTIC LOCKED 1.1160e+02 198.000 Strong LOCKED CHAOTIC CHAOTIC 1.2052e+02 200.000 Strong CHAOTIC CHAOTIC LOCKED 1.1447e+02 202.000 Strong CHAOTIC CHAOTIC LOCKED 1.3237e+02 204.000 Strong CHAOTIC CHAOTIC LOCKED 1.2778e+02 206.000 Strong LOCKED CHAOTIC LOCKED 1.1476e+02 208.000 Strong LOCKED CHAOTIC LOCKED 1.2928e+02 210.000 Strong LOCKED CHAOTIC LOCKED 1.4699e+02 212.000 Strong LOCKED CHAOTIC LOCKED 1.3067e+02 214.000 Strong LOCKED CHAOTIC CHAOTIC 1.4766e+02 PER-BASIN SUMMARY: Gravity points= 24 disagreements= 2 max_δ(rk8,y8)=1.2212e+00 Weak points= 32 disagreements= 7 max_δ(rk8,y8)=1.6855e+00 EM points= 31 disagreements= 15 max_δ(rk8,y8)=1.0852e+02 Strong points= 35 disagreements= 25 max_δ(rk8,y8)=1.4766e+02 EM VALIDATED CONTROL: ω= 136.800 RK4= CHAOTIC RK8= LOCKED Y8= CHAOTIC δ(rk8,y8)=9.5798e+01 ω= 137.000 RK4= LOCKED RK8= LOCKED Y8= CHAOTIC δ(rk8,y8)=8.6825e+01 ω= 137.500 RK4= CHAOTIC RK8= LOCKED Y8= LOCKED δ(rk8,y8)=7.4348e+01 ω= 138.793 RK4= LOCKED RK8= LOCKED Y8= CHAOTIC δ(rk8,y8)=8.3107e+01 ω= 143.000 RK4= LOCKED RK8= LOCKED Y8= CHAOTIC δ(rk8,y8)=9.2513e+01 Results saved: four_force_triple_20260612_064056.json Polyadmin Inc. — Houston, TexasDOI: 10.5281/zenodo.20043510GitHub: https://github.com/timtiminhous/ContinuityEngine (.continuity_env) (base) timothy@workstation9gui:~/Development_Stable/ContinuityEngine_Working$ python3 deep_sweep.py ============================================================================== DEEP SWEEP — TARGETED BIFURCATION ANALYSIS Polyadmin ContinuityEngine / Timothy William Edgin, CISSP 2026-06-14 23:34:19 CDT============================================================================== Backend: CPU (numpy) Grid: 51³ | dt: 0.02 Steps: 300 (coarse) / 600 (fine+ultrafine) Tail: 30 (coarse) / 60 (fine+ultrafine) Threshold: 0.1 IC: φ = exp(−r²/16), ∂φ/∂t = 0 (identical to March 6) scipy: yes — bifurcation interpolation enabled============================================================================== GRID SUMMARY: ζ₁ region: 86 total (13 coarse / 21 fine / 52 ultrafine) EM region: 78 total (6 coarse / 67 fine / 5 validated) TOTAL: 164 ω points Trace save: 145 ω points (fine+validated) ──────────────────────────────────────────────────────────────────────────── REGION: ζ₁ Gravity/Weak Transition (ζ₁=14.134725) (86 ω points) ──────────────────────────────────────────────────────────────────────────── omega basin RK4 RK8 Y8 Y8_conv δ_rk8_y8 ──────────────────────────────────────────────────────────────────────────── 12.0000 zeta1_coarse LOC LOC LOC 0.08795 5.2470e-05 [Y8≈thresh 0.0880] 12.2000 zeta1_coarse LOC LOC LOC 0.08180 3.9741e-05 [Y8≈thresh 0.0818] 12.4000 zeta1_coarse LOC LOC LOC 0.02333 5.8776e-06 12.6000 zeta1_coarse LOC LOC LOC 0.01926 3.4213e-05 12.8000 zeta1_coarse CHA CHA CHA 0.14698 2.3913e-01 [Y8≈thresh 0.1470] 13.0000 zeta1_coarse LOC LOC LOC 0.04328 1.2626e-03 13.2000 zeta1_coarse CHA CHA CHA 0.13002 6.9869e-03 [Y8≈thresh 0.1300] 13.4000 zeta1_coarse CHA CHA CHA 0.11486 5.5338e-03 [Y8≈thresh 0.1149] 13.5000 zeta1_fine CHA CHA CHA 0.19214 6.7141e-01 13.5500 zeta1_fine CHA LOC CHA 0.22532 8.0440e-01 *** 13.6000 zeta1_fine CHA CHA CHA 0.35524 2.0183e+00 13.6500 zeta1_fine LOC CHA CHA 0.26441 5.0720e-01 *** 13.7000 zeta1_fine CHA CHA CHA 0.20587 4.8321e-01 13.7500 zeta1_fine CHA CHA CHA 0.24275 2.5386e+00 13.8000 zeta1_fine CHA CHA CHA 0.37026 1.7963e+00 13.8500 zeta1_fine CHA LOC CHA 0.11141 7.5244e-01 *** [Y8≈thresh 0.1114] 13.9000 zeta1_ultrafine CHA CHA CHA 0.17199 2.1734e+00 13.9100 zeta1_ultrafine CHA CHA CHA 0.17709 6.6055e-01 13.9200 zeta1_ultrafine CHA CHA CHA 0.14015 9.9275e-01 [Y8≈thresh 0.1401] 13.9300 zeta1_ultrafine CHA CHA CHA 0.10269 9.3028e-01 [Y8≈thresh 0.1027] [20/86] elapsed=15.3m ETA=50.4m 13.9400 zeta1_ultrafine CHA CHA CHA 0.13785 4.6897e-01 [Y8≈thresh 0.1379] 13.9500 zeta1_ultrafine CHA CHA CHA 0.41472 8.4436e-01 13.9600 zeta1_ultrafine CHA CHA CHA 0.21669 1.9157e+00 13.9700 zeta1_ultrafine CHA CHA LOC 0.06535 3.5169e-01 *** [Y8≈thresh 0.0654] 13.9800 zeta1_ultrafine CHA CHA CHA 0.19775 8.5899e-01 13.9900 zeta1_ultrafine CHA CHA CHA 0.31385 5.0128e-01 14.0000 zeta1_ultrafine CHA LOC CHA 0.12745 5.8597e-01 *** [Y8≈thresh 0.1274] 14.0100 zeta1_ultrafine CHA CHA LOC 0.04187 8.4701e-01 *** 14.0200 zeta1_ultrafine LOC CHA LOC 0.06324 5.2707e-01 *** [Y8≈thresh 0.0632] 14.0300 zeta1_ultrafine CHA CHA CHA 0.25855 1.1923e+00 14.0400 zeta1_ultrafine CHA CHA CHA 0.12191 5.1855e-01 [Y8≈thresh 0.1219] 14.0500 zeta1_ultrafine CHA CHA CHA 0.17349 5.8106e-01 14.0600 zeta1_ultrafine CHA CHA CHA 0.15551 2.1927e+00 14.0700 zeta1_ultrafine LOC CHA CHA 0.24529 1.2936e+00 *** 14.0800 zeta1_ultrafine LOC CHA CHA 0.15502 9.7927e-01 *** 14.0900 zeta1_ultrafine CHA CHA LOC 0.09781 3.6517e-01 *** [Y8≈thresh 0.0978] 14.1000 zeta1_ultrafine CHA CHA CHA 0.20837 6.0888e-01 14.1100 zeta1_ultrafine CHA CHA LOC 0.05759 5.2241e-01 *** [Y8≈thresh 0.0576] 14.1200 zeta1_ultrafine CHA CHA CHA 0.21293 4.5164e-01 14.1300 zeta1_ultrafine CHA CHA CHA 0.13018 1.1822e+00 [Y8≈thresh 0.1302] [40/86] elapsed=34.4m ETA=39.5m 14.1347 zeta1_exact CHA CHA CHA 0.20230 8.3783e-01 14.1400 zeta1_ultrafine LOC CHA LOC 0.06595 6.7662e-01 *** [Y8≈thresh 0.0660] 14.1500 zeta1_ultrafine CHA CHA CHA 0.18593 8.7508e-01 14.1600 zeta1_ultrafine LOC CHA CHA 0.36453 1.0764e+00 *** 14.1700 zeta1_ultrafine CHA LOC CHA 0.18012 5.6629e-01 *** 14.1800 zeta1_ultrafine LOC CHA LOC 0.09054 5.2946e-01 *** [Y8≈thresh 0.0905] 14.1900 zeta1_ultrafine CHA CHA CHA 0.41652 7.1879e-01 14.2000 zeta1_ultrafine CHA CHA LOC 0.07053 3.9484e-01 *** [Y8≈thresh 0.0705] 14.2100 zeta1_ultrafine CHA CHA CHA 0.12240 1.3243e+00 [Y8≈thresh 0.1224] 14.2200 zeta1_ultrafine CHA CHA CHA 0.22771 6.5238e-01 14.2300 zeta1_ultrafine CHA CHA CHA 0.30540 1.4278e+00 14.2400 zeta1_ultrafine CHA LOC LOC 0.04946 7.7350e-01 *** 14.2500 zeta1_ultrafine CHA CHA CHA 0.12364 6.7194e-01 [Y8≈thresh 0.1236] 14.2600 zeta1_ultrafine CHA CHA CHA 0.13082 7.9867e-01 [Y8≈thresh 0.1308] 14.2700 zeta1_ultrafine LOC CHA CHA 0.15440 5.2653e-01 *** 14.2800 zeta1_ultrafine CHA CHA CHA 0.21596 7.0735e-01 14.2900 zeta1_ultrafine CHA CHA CHA 0.30145 5.5086e-01 14.3000 zeta1_ultrafine LOC LOC LOC 0.09486 5.9009e-01 [Y8≈thresh 0.0949] 14.3100 zeta1_ultrafine CHA LOC CHA 0.27157 9.8720e-01 *** 14.3200 zeta1_ultrafine LOC CHA CHA 0.10045 6.6268e-01 *** [Y8≈thresh 0.1004] [60/86] elapsed=53.5m ETA=23.2m 14.3300 zeta1_ultrafine CHA CHA LOC 0.07779 4.6977e-01 *** [Y8≈thresh 0.0778] 14.3400 zeta1_ultrafine CHA CHA CHA 0.15865 8.9772e-01 14.3500 zeta1_ultrafine CHA CHA CHA 0.16385 8.5376e-01 14.3600 zeta1_ultrafine CHA CHA CHA 0.19502 2.0512e+00 14.3700 zeta1_ultrafine LOC CHA LOC 0.05136 6.9246e-01 *** [Y8≈thresh 0.0514] 14.3800 zeta1_ultrafine CHA CHA CHA 0.27242 8.7906e-01 14.3900 zeta1_ultrafine CHA CHA CHA 0.19590 4.7949e-01 14.4000 zeta1_ultrafine LOC CHA LOC 0.02804 8.3835e-01 *** 14.4500 zeta1_fine CHA CHA CHA 0.29783 8.2181e-01 14.5000 zeta1_fine CHA CHA CHA 0.12706 1.0055e+00 [Y8≈thresh 0.1271] 14.5500 zeta1_fine CHA CHA CHA 0.14852 1.4351e+00 [Y8≈thresh 0.1485] 14.6000 zeta1_fine CHA CHA CHA 0.29987 1.7519e+00 14.6500 zeta1_fine CHA CHA CHA 0.15580 1.8962e+00 14.7000 zeta1_fine LOC CHA CHA 0.18774 1.5647e+00 *** 14.7500 zeta1_fine CHA CHA CHA 0.10631 9.2191e-01 [Y8≈thresh 0.1063] 14.8000 zeta1_fine LOC CHA CHA 0.38917 2.0021e+00 *** 14.8500 zeta1_fine CHA CHA CHA 0.19161 2.1091e+00 14.9000 zeta1_fine CHA CHA CHA 0.26065 1.3980e+00 14.9500 zeta1_fine CHA CHA CHA 0.16138 8.0223e-01 15.0000 zeta1_fine CHA CHA CHA 0.17072 6.5726e-01 [80/86] elapsed=78.4m ETA=5.9m 15.0500 zeta1_fine CHA CHA CHA 0.37527 2.4805e+00 15.2000 zeta1_coarse CHA CHA CHA 0.18742 5.0502e-01 15.4000 zeta1_coarse CHA CHA CHA 0.17903 5.9047e-01 15.6000 zeta1_coarse CHA LOC LOC 0.06077 1.6033e-01 *** [Y8≈thresh 0.0608] 15.8000 zeta1_coarse LOC LOC LOC 0.02239 5.4373e-02 16.0000 zeta1_coarse CHA LOC LOC 0.06371 1.8653e-01 *** [Y8≈thresh 0.0637] ──────────────────────────────────────────────────────────────────────────── REGION: EM Phase Transition [137–143 Band] (78 ω points) ──────────────────────────────────────────────────────────────────────────── omega basin RK4 RK8 Y8 Y8_conv δ_rk8_y8 ──────────────────────────────────────────────────────────────────────────── 135.0000 EM_coarse LOC LOC LOC 0.08399 7.2009e+01 [Y8≈thresh 0.0840] 135.5000 EM_coarse CHA LOC LOC 0.07936 8.4422e+01 *** [Y8≈thresh 0.0794] 136.0000 EM_coarse LOC LOC LOC 0.09286 8.5668e+01 [Y8≈thresh 0.0929] 136.5000 EM_fine LOC LOC CHA 0.20970 9.7723e+01 *** 136.6000 EM_fine LOC LOC CHA 0.11609 8.6360e+01 *** [Y8≈thresh 0.1161] 136.7000 EM_fine LOC LOC LOC 0.06364 8.3012e+01 [Y8≈thresh 0.0636] 136.8000 EM_validated CHA LOC CHA 0.10482 9.0117e+01 *** [Y8≈thresh 0.1048] 136.9000 EM_fine LOC LOC CHA 0.12153 1.2529e+02 *** [Y8≈thresh 0.1215] 137.0000 EM_validated CHA LOC LOC 0.08322 8.2669e+01 *** [Y8≈thresh 0.0832] 137.1000 EM_fine LOC LOC CHA 0.11591 9.4424e+01 *** [Y8≈thresh 0.1159] 137.2000 EM_fine LOC LOC LOC 0.08866 7.9055e+01 [Y8≈thresh 0.0887] 137.3000 EM_fine LOC LOC LOC 0.09992 8.6871e+01 [Y8≈thresh 0.0999] 137.4000 EM_fine LOC LOC CHA 0.17921 8.3477e+01 *** 137.5000 EM_validated CHA LOC CHA 0.12914 1.1191e+02 *** [Y8≈thresh 0.1291] 137.6000 EM_fine LOC LOC CHA 0.11173 8.7474e+01 *** [Y8≈thresh 0.1117] 137.7000 EM_fine LOC LOC CHA 0.10289 1.0021e+02 *** [Y8≈thresh 0.1029] 137.8000 EM_fine LOC LOC LOC 0.09475 8.4255e+01 [Y8≈thresh 0.0947] 137.9000 EM_fine LOC LOC CHA 0.12158 7.8456e+01 *** [Y8≈thresh 0.1216] 138.0000 EM_fine LOC LOC CHA 0.10633 8.2898e+01 *** [Y8≈thresh 0.1063] 138.1000 EM_fine LOC LOC CHA 0.14876 1.0395e+02 *** [Y8≈thresh 0.1488] [20/78] elapsed=32.3m ETA=93.7m 138.2000 EM_fine LOC LOC CHA 0.17369 1.0577e+02 *** 138.3000 EM_fine CHA LOC CHA 0.11912 8.3064e+01 *** [Y8≈thresh 0.1191] 138.4000 EM_fine LOC LOC CHA 0.14868 8.5553e+01 *** [Y8≈thresh 0.1487] 138.5000 EM_fine LOC LOC CHA 0.10676 7.7678e+01 *** [Y8≈thresh 0.1068] 138.6000 EM_fine LOC LOC CHA 0.19833 7.8023e+01 *** 138.7000 EM_fine LOC LOC CHA 0.15301 8.7264e+01 *** 138.7930 EM_validated LOC LOC LOC 0.05805 9.3047e+01 [Y8≈thresh 0.0581] 138.8000 EM_fine LOC LOC CHA 0.12531 1.1316e+02 *** [Y8≈thresh 0.1253] 138.9000 EM_fine LOC LOC LOC 0.08734 8.2446e+01 [Y8≈thresh 0.0873] 139.0000 EM_fine LOC LOC CHA 0.11121 8.8145e+01 *** [Y8≈thresh 0.1112] 139.1000 EM_fine CHA LOC CHA 0.15315 8.2737e+01 *** 139.2000 EM_fine LOC LOC LOC 0.09769 7.8945e+01 [Y8≈thresh 0.0977] 139.3000 EM_fine LOC LOC CHA 0.11229 9.5175e+01 *** [Y8≈thresh 0.1123] 139.4000 EM_fine LOC LOC LOC 0.07743 9.1266e+01 [Y8≈thresh 0.0774] 139.5000 EM_fine CHA LOC LOC 0.08619 1.0963e+02 *** [Y8≈thresh 0.0862] 139.6000 EM_fine LOC LOC CHA 0.18294 1.3972e+02 *** 139.7000 EM_fine CHA LOC LOC 0.09638 1.0013e+02 *** [Y8≈thresh 0.0964] 139.8000 EM_fine LOC LOC LOC 0.09341 9.9020e+01 [Y8≈thresh 0.0934] 139.9000 EM_fine CHA LOC LOC 0.09406 9.3093e+01 *** [Y8≈thresh 0.0941] 140.0000 EM_fine LOC LOC CHA 0.17922 1.0617e+02 *** [40/78] elapsed=54.8m ETA=52.1m 140.1000 EM_fine LOC LOC CHA 0.14487 9.3606e+01 *** [Y8≈thresh 0.1449] 140.2000 EM_fine CHA LOC LOC 0.04633 8.5814e+01 *** 140.3000 EM_fine LOC LOC CHA 0.22820 8.0992e+01 *** 140.4000 EM_fine LOC LOC LOC 0.09556 1.0182e+02 [Y8≈thresh 0.0956] 140.5000 EM_fine LOC LOC CHA 0.10334 8.1160e+01 *** [Y8≈thresh 0.1033] 140.6000 EM_fine CHA LOC CHA 0.11501 9.6394e+01 *** [Y8≈thresh 0.1150] 140.7000 EM_fine CHA LOC LOC 0.09576 1.0030e+02 *** [Y8≈thresh 0.0958] 140.8000 EM_fine CHA LOC CHA 0.10155 9.9120e+01 *** [Y8≈thresh 0.1016] 140.9000 EM_fine LOC LOC LOC 0.09388 9.7354e+01 [Y8≈thresh 0.0939] 141.0000 EM_fine LOC CHA CHA 0.21284 1.2130e+02 *** 141.1000 EM_fine LOC LOC CHA 0.10720 1.1874e+02 *** [Y8≈thresh 0.1072] 141.2000 EM_fine LOC LOC CHA 0.14176 8.6258e+01 *** [Y8≈thresh 0.1418] 141.3000 EM_fine CHA LOC CHA 0.18833 8.0323e+01 *** 141.4000 EM_fine LOC LOC LOC 0.06723 7.7802e+01 [Y8≈thresh 0.0672] 141.5000 EM_fine LOC LOC CHA 0.13204 1.1192e+02 *** [Y8≈thresh 0.1320] 141.6000 EM_fine LOC LOC LOC 0.09942 9.2488e+01 [Y8≈thresh 0.0994] 141.7000 EM_fine LOC LOC CHA 0.13587 1.3531e+02 *** [Y8≈thresh 0.1359] 141.8000 EM_fine LOC LOC CHA 0.13802 1.1589e+02 *** [Y8≈thresh 0.1380] 141.9000 EM_fine LOC LOC LOC 0.06405 8.1912e+01 [Y8≈thresh 0.0641] 142.0000 EM_fine CHA LOC CHA 0.14136 1.2051e+02 *** [Y8≈thresh 0.1414] [60/78] elapsed=77.4m ETA=23.2m 142.1000 EM_fine LOC LOC LOC 0.08793 9.2698e+01 [Y8≈thresh 0.0879] 142.2000 EM_fine LOC LOC CHA 0.13434 1.0834e+02 *** [Y8≈thresh 0.1343] 142.3000 EM_fine LOC LOC LOC 0.09727 8.4612e+01 [Y8≈thresh 0.0973] 142.4000 EM_fine LOC LOC LOC 0.08900 9.7557e+01 [Y8≈thresh 0.0890] 142.5000 EM_fine LOC LOC CHA 0.21147 8.1030e+01 *** 142.6000 EM_fine LOC LOC LOC 0.06862 9.6232e+01 [Y8≈thresh 0.0686] 142.7000 EM_fine CHA LOC CHA 0.13841 9.2701e+01 *** [Y8≈thresh 0.1384] 142.8000 EM_fine LOC LOC CHA 0.15031 1.1996e+02 *** 142.9000 EM_fine LOC LOC CHA 0.11076 9.3909e+01 *** [Y8≈thresh 0.1108] 143.0000 EM_validated LOC LOC CHA 0.11848 9.3381e+01 *** [Y8≈thresh 0.1185] 143.1000 EM_fine LOC LOC CHA 0.15933 9.2123e+01 *** 143.2000 EM_fine LOC LOC CHA 0.12510 8.2622e+01 *** [Y8≈thresh 0.1251] 143.3000 EM_fine LOC LOC LOC 0.07964 7.7611e+01 [Y8≈thresh 0.0796] 143.4000 EM_fine CHA LOC CHA 0.13979 8.3585e+01 *** [Y8≈thresh 0.1398] 143.5000 EM_fine LOC LOC CHA 0.10535 1.0167e+02 *** [Y8≈thresh 0.1053] 144.0000 EM_coarse LOC LOC LOC 0.06858 8.1280e+01 [Y8≈thresh 0.0686] 144.5000 EM_coarse LOC LOC LOC 0.08828 8.9785e+01 [Y8≈thresh 0.0883] 145.0000 EM_coarse LOC LOC LOC 0.05382 9.3137e+01 [Y8≈thresh 0.0538] ============================================================================== BIFURCATION LOCALIZATION RESULTS============================================================================== ζ₁ region: rk4 ω_bifurcation = 12.799630 [12.6000, 12.8000] bracket = 0.2000 rk8 ω_bifurcation = 12.746259 [12.6000, 12.8000] bracket = 0.2000 yoshida8 ω_bifurcation = 12.726427 [12.6000, 12.8000] bracket = 0.2000 EM 137–143 band: rk4 ω_bifurcation = 135.188570 [135.0000, 135.5000] bracket = 0.5000 rk8 ω_bifurcation = 140.931852 [140.9000, 141.0000] bracket = 0.1000 yoshida8 ω_bifurcation = 136.030561 [136.0000, 136.5000] bracket = 0.5000 EM VALIDATED CONTROL POINTS: ω= 136.800 RK4= CHAOTIC RK8= LOCKED Y8= CHAOTIC Y8_conv=0.10482 δ(rk8,y8)=9.0117e+01 ω= 137.000 RK4= CHAOTIC RK8= LOCKED Y8= LOCKED Y8_conv=0.08322 δ(rk8,y8)=8.2669e+01 ω= 137.500 RK4= CHAOTIC RK8= LOCKED Y8= CHAOTIC Y8_conv=0.12914 δ(rk8,y8)=1.1191e+02 ω= 138.793 RK4= LOCKED RK8= LOCKED Y8= LOCKED Y8_conv=0.05805 δ(rk8,y8)=9.3047e+01 ω= 143.000 RK4= LOCKED RK8= LOCKED Y8= CHAOTIC Y8_conv=0.11848 δ(rk8,y8)=9.3381e+01 DISAGREEMENTS: ζ₁ : 27 / 86 disagreements ω= 13.5500 CHAOTIC LOCKED CHAOTIC Y8_conv=0.22532 ω= 13.6500 LOCKED CHAOTIC CHAOTIC Y8_conv=0.26441 ω= 13.8500 CHAOTIC LOCKED CHAOTIC Y8_conv=0.11141 ω= 13.9700 CHAOTIC CHAOTIC LOCKED Y8_conv=0.06535 ω= 14.0000 CHAOTIC LOCKED CHAOTIC Y8_conv=0.12745 ω= 14.0100 CHAOTIC CHAOTIC LOCKED Y8_conv=0.04187 ω= 14.0200 LOCKED CHAOTIC LOCKED Y8_conv=0.06324 ω= 14.0700 LOCKED CHAOTIC CHAOTIC Y8_conv=0.24529 ω= 14.0800 LOCKED CHAOTIC CHAOTIC Y8_conv=0.15502 ω= 14.0900 CHAOTIC CHAOTIC LOCKED Y8_conv=0.09781 ω= 14.1100 CHAOTIC CHAOTIC LOCKED Y8_conv=0.05759 ω= 14.1400 LOCKED CHAOTIC LOCKED Y8_conv=0.06595 ω= 14.1600 LOCKED CHAOTIC CHAOTIC Y8_conv=0.36453 ω= 14.1700 CHAOTIC LOCKED CHAOTIC Y8_conv=0.18012 ω= 14.1800 LOCKED CHAOTIC LOCKED Y8_conv=0.09054 ω= 14.2000 CHAOTIC CHAOTIC LOCKED Y8_conv=0.07053 ω= 14.2400 CHAOTIC LOCKED LOCKED Y8_conv=0.04946 ω= 14.2700 LOCKED CHAOTIC CHAOTIC Y8_conv=0.15440 ω= 14.3100 CHAOTIC LOCKED CHAOTIC Y8_conv=0.27157 ω= 14.3200 LOCKED CHAOTIC CHAOTIC Y8_conv=0.10045 ω= 14.3300 CHAOTIC CHAOTIC LOCKED Y8_conv=0.07779 ω= 14.3700 LOCKED CHAOTIC LOCKED Y8_conv=0.05136 ω= 14.4000 LOCKED CHAOTIC LOCKED Y8_conv=0.02804 ω= 14.7000 LOCKED CHAOTIC CHAOTIC Y8_conv=0.18774 ω= 14.8000 LOCKED CHAOTIC CHAOTIC Y8_conv=0.38917 ω= 15.6000 CHAOTIC LOCKED LOCKED Y8_conv=0.06077 ω= 16.0000 CHAOTIC LOCKED LOCKED Y8_conv=0.06371 EM : 54 / 78 disagreements ω= 135.5000 CHAOTIC LOCKED LOCKED Y8_conv=0.07936 ω= 136.5000 LOCKED LOCKED CHAOTIC Y8_conv=0.20970 ω= 136.6000 LOCKED LOCKED CHAOTIC Y8_conv=0.11609 ω= 136.8000 CHAOTIC LOCKED CHAOTIC Y8_conv=0.10482 ω= 136.9000 LOCKED LOCKED CHAOTIC Y8_conv=0.12153 ω= 137.0000 CHAOTIC LOCKED LOCKED Y8_conv=0.08322 ω= 137.1000 LOCKED LOCKED CHAOTIC Y8_conv=0.11591 ω= 137.4000 LOCKED LOCKED CHAOTIC Y8_conv=0.17921 ω= 137.5000 CHAOTIC LOCKED CHAOTIC Y8_conv=0.12914 ω= 137.6000 LOCKED LOCKED CHAOTIC Y8_conv=0.11173 ω= 137.7000 LOCKED LOCKED CHAOTIC Y8_conv=0.10289 ω= 137.9000 LOCKED LOCKED CHAOTIC Y8_conv=0.12158 ω= 138.0000 LOCKED LOCKED CHAOTIC Y8_conv=0.10633 ω= 138.1000 LOCKED LOCKED CHAOTIC Y8_conv=0.14876 ω= 138.2000 LOCKED LOCKED CHAOTIC Y8_conv=0.17369 ω= 138.3000 CHAOTIC LOCKED CHAOTIC Y8_conv=0.11912 ω= 138.4000 LOCKED LOCKED CHAOTIC Y8_conv=0.14868 ω= 138.5000 LOCKED LOCKED CHAOTIC Y8_conv=0.10676 ω= 138.6000 LOCKED LOCKED CHAOTIC Y8_conv=0.19833 ω= 138.7000 LOCKED LOCKED CHAOTIC Y8_conv=0.15301 ω= 138.8000 LOCKED LOCKED CHAOTIC Y8_conv=0.12531 ω= 139.0000 LOCKED LOCKED CHAOTIC Y8_conv=0.11121 ω= 139.1000 CHAOTIC LOCKED CHAOTIC Y8_conv=0.15315 ω= 139.3000 LOCKED LOCKED CHAOTIC Y8_conv=0.11229 ω= 139.5000 CHAOTIC LOCKED LOCKED Y8_conv=0.08619 ω= 139.6000 LOCKED LOCKED CHAOTIC Y8_conv=0.18294 ω= 139.7000 CHAOTIC LOCKED LOCKED Y8_conv=0.09638 ω= 139.9000 CHAOTIC LOCKED LOCKED Y8_conv=0.09406 ω= 140.0000 LOCKED LOCKED CHAOTIC Y8_conv=0.17922 ω= 140.1000 LOCKED LOCKED CHAOTIC Y8_conv=0.14487 ω= 140.2000 CHAOTIC LOCKED LOCKED Y8_conv=0.04633 ω= 140.3000 LOCKED LOCKED CHAOTIC Y8_conv=0.22820 ω= 140.5000 LOCKED LOCKED CHAOTIC Y8_conv=0.10334 ω= 140.6000 CHAOTIC LOCKED CHAOTIC Y8_conv=0.11501 ω= 140.7000 CHAOTIC LOCKED LOCKED Y8_conv=0.09576 ω= 140.8000 CHAOTIC LOCKED CHAOTIC Y8_conv=0.10155 ω= 141.0000 LOCKED CHAOTIC CHAOTIC Y8_conv=0.21284 ω= 141.1000 LOCKED LOCKED CHAOTIC Y8_conv=0.10720 ω= 141.2000 LOCKED LOCKED CHAOTIC Y8_conv=0.14176 ω= 141.3000 CHAOTIC LOCKED CHAOTIC Y8_conv=0.18833 ω= 141.5000 LOCKED LOCKED CHAOTIC Y8_conv=0.13204 ω= 141.7000 LOCKED LOCKED CHAOTIC Y8_conv=0.13587 ω= 141.8000 LOCKED LOCKED CHAOTIC Y8_conv=0.13802 ω= 142.0000 CHAOTIC LOCKED CHAOTIC Y8_conv=0.14136 ω= 142.2000 LOCKED LOCKED CHAOTIC Y8_conv=0.13434 ω= 142.5000 LOCKED LOCKED CHAOTIC Y8_conv=0.21147 ω= 142.7000 CHAOTIC LOCKED CHAOTIC Y8_conv=0.13841 ω= 142.8000 LOCKED LOCKED CHAOTIC Y8_conv=0.15031 ω= 142.9000 LOCKED LOCKED CHAOTIC Y8_conv=0.11076 ω= 143.0000 LOCKED LOCKED CHAOTIC Y8_conv=0.11848 ω= 143.1000 LOCKED LOCKED CHAOTIC Y8_conv=0.15933 ω= 143.2000 LOCKED LOCKED CHAOTIC Y8_conv=0.12510 ω= 143.4000 CHAOTIC LOCKED CHAOTIC Y8_conv=0.13979 ω= 143.5000 LOCKED LOCKED CHAOTIC Y8_conv=0.10535 Total runtime: 181.8 min============================================================================== Main JSON saved: deep_sweep_20260614_233419.json EM trace CSV saved: deep_sweep_em_traces_20260614_233419.csv ζ₁ trace CSV saved: deep_sweep_zeta1_traces_20260614_233419.csv Bifurcation JSON: deep_sweep_bifurcation_20260614_233419.json Run complete — 02:36:06 CDT============================================================================== (.continuity_env) (base) timothy@workstation9gui:~/Development_Stable/ContinuityEngine_Working$ python3 fractal_descent.py ============================================================================ FRACTAL DESCENT — KAM TORI FREQUENCY REFINEMENT Polyadmin ContinuityEngine / Timothy William Edgin, CISSP 2026-06-15 05:58:25============================================================================ Backend: CPU (numpy) Steps: 300 per run | Tail: 30 | Threshold: 0.1 Scan width: ±5 points per level (11 total) Max levels: 13 | Patience: 3 Targets: 5 zeta1_14.40 ζ₁ LOC/CHA/LOC — strongest Y8 lock in ζ₁ region em_140.20 EM CHA/LOC/LOC — strongest Y8 lock in EM outlier group zeta1_14.24 ζ₁ CHA/LOC/LOC — pull RK4 em_137.00 EM validated CHA/LOC/LOC — α⁻¹ boundary em_138.793 EM LOC/LOC/LOC baseline — maximize convergence Est. runtime: ~79 min per target (5 targets = ~393 min total) (Stops early on triple lock or patience exhaustion) ════════════════════════════════════════════════════════════════════════════ TARGET: zeta1_14.40 ζ₁ LOC/CHA/LOC — strongest Y8 lock in ζ₁ region Prior: RK4=LOC RK8=CHA Y8=LOC Y8_conv=0.02804 Objective: pull rk8 to LOCKED Grid: 300 steps, 30-step tail, threshold=0.1──────────────────────────────────────────────────────────────────────────── Lvl ω (exact) RK4 RK8 Y8 outlier_conv n_LOC flag ────────────────────────────────────────────────────────────────────────── 0 18.4 LOC LOC LOC 0.02205497 3 ★ TRIPLE ★★★ TRIPLE LOCK ACHIEVED at ω = 18.4 Float64 value: 18.399999999999999 DESCENT SUMMARY for zeta1_14.40: Levels completed: 1 Best ω: 18.4 Float64 repr: 18.399999999999999 Best outlier_conv: 0.02205497 (prior: 0.02804) Triple lock: YES — 18.4 ════════════════════════════════════════════════════════════════════════════ TARGET: em_140.20 EM CHA/LOC/LOC — strongest Y8 lock in EM outlier group Prior: RK4=CHA RK8=LOC Y8=LOC Y8_conv=0.04633 Objective: pull rk4 to LOCKED Grid: 300 steps, 30-step tail, threshold=0.1──────────────────────────────────────────────────────────────────────────── Lvl ω (exact) RK4 RK8 Y8 outlier_conv n_LOC flag ────────────────────────────────────────────────────────────────────────── 0 139.2 LOC LOC CHA 0.00000000 2 ↓ improved 1 139.0 LOC LOC LOC 0.00000000 3 ★ TRIPLE ★★★ TRIPLE LOCK ACHIEVED at ω = 139.0 Float64 value: 139.000000000000000 DESCENT SUMMARY for em_140.20: Levels completed: 2 Best ω: 139.0 Float64 repr: 139.000000000000000 Best outlier_conv: 0.00000000 (prior: 0.04633) Triple lock: YES — 139.0 ════════════════════════════════════════════════════════════════════════════ TARGET: zeta1_14.24 ζ₁ CHA/LOC/LOC — pull RK4 Prior: RK4=CHA RK8=LOC Y8=LOC Y8_conv=0.04946 Objective: pull rk4 to LOCKED Grid: 300 steps, 30-step tail, threshold=0.1──────────────────────────────────────────────────────────────────────────── Lvl ω (exact) RK4 RK8 Y8 outlier_conv n_LOC flag ────────────────────────────────────────────────────────────────────────── 0 11.24 LOC LOC LOC 0.02296638 3 ★ TRIPLE ★★★ TRIPLE LOCK ACHIEVED at ω = 11.24 Float64 value: 11.240000000000000 DESCENT SUMMARY for zeta1_14.24: Levels completed: 1 Best ω: 11.24 Float64 repr: 11.240000000000000 Best outlier_conv: 0.02296638 (prior: 0.04946) Triple lock: YES — 11.24 ════════════════════════════════════════════════════════════════════════════ TARGET: em_137.00 EM validated CHA/LOC/LOC — α⁻¹ boundary Prior: RK4=CHA RK8=LOC Y8=LOC Y8_conv=0.08322 Objective: pull rk4 to LOCKED Grid: 300 steps, 30-step tail, threshold=0.1──────────────────────────────────────────────────────────────────────────── Lvl ω (exact) RK4 RK8 Y8 outlier_conv n_LOC flag ────────────────────────────────────────────────────────────────────────── 0 133.0 LOC LOC CHA 0.00000000 2 ↓ improved 1 133.0 LOC LOC CHA 0.00000000 2 2 133.00 LOC LOC CHA 0.00000000 2 3 133.000 LOC LOC CHA 0.00000000 2 ⬛ No improvement for 3 consecutive levels. Stopping. Best ω: 133.0 Best score (outlier_conv, -n_locked): (7.163728184193925e-17, -2) DESCENT SUMMARY for em_137.00: Levels completed: 4 Best ω: 133.0 Float64 repr: 133.000000000000000 Best outlier_conv: 0.00000000 (prior: 0.08322) Triple lock: NO FP256 needed: possibly ════════════════════════════════════════════════════════════════════════════ TARGET: em_138.793 EM LOC/LOC/LOC baseline — maximize convergence Prior: RK4=LOC RK8=LOC Y8=LOC Y8_conv=0.05805 Objective: minimize all conv Grid: 300 steps, 30-step tail, threshold=0.1──────────────────────────────────────────────────────────────────────────── Lvl ω (exact) RK4 RK8 Y8 outlier_conv n_LOC flag ────────────────────────────────────────────────────────────────────────── 0 134.793 LOC LOC LOC 0.05462192 3 ★ TRIPLE ★★★ TRIPLE LOCK ACHIEVED at ω = 134.793 Float64 value: 134.793000000000006 DESCENT SUMMARY for em_138.793: Levels completed: 1 Best ω: 134.793 Float64 repr: 134.793000000000006 Best outlier_conv: 0.05462192 (prior: 0.05805) Triple lock: YES — 134.793 ============================================================================ GLOBAL SUMMARY — 59.3 min total============================================================================ Target Levels Best ω outlier_conv TripleLock ────────────────────────────────────────────────────────────────────────── zeta1_14.40 1 18.399999999999999 0.02205497 ★ YES em_140.20 2 139.000000000000000 0.00000000 ★ YES zeta1_14.24 1 11.240000000000000 0.02296638 ★ YES em_137.00 4 133.000000000000000 0.00000000 no em_138.793 1 134.793000000000006 0.05462192 ★ YES INTERPRETATION: ★ Triple lock(s) found — KAM stability islands confirmed at float64 precision. zeta1_14.40: ω = 18.4 em_140.20: ω = 139.0 zeta1_14.24: ω = 11.24 em_138.793: ω = 134.793 Patience exhausted before float64 ceiling — dynamics may be intrinsically chaotic at these ω values (no KAM island within float64 reach). Saved: fractal_descent_20260615_055825.json============================================================================ (.continuity_env) (base) timothy@workstation9gui:~/Development_Stable/ContinuityEngine_Working$ nano fractal_descent_v2.py(.continuity_env) (base) timothy@workstation9gui:~/Development_Stable/ContinuityEngine_Working$ N_WORKERS=11 python3 fractal_descent_v2.py --qd========================================================================== FRACTAL DESCENT v2 — KAM TORI FREQUENCY REFINEMENT Polyadmin ContinuityEngine / Timothy William Edgin, CISSP 2026-06-15 07:21:04========================================================================== Workers: 11 (set N_WORKERS env var to override) Steps: 300 Tail: 30 Threshold: 0.1 Scan: ±5 points per level Fix: start_level = decimal places in base ω (v1 bug fixed) Targets: 1 em_133.00_QD_candidate start_level=0 ══════════════════════════════════════════════════════════════════════════ TARGET: em_133.00_QD_candidate EM LOC/LOC/CHA — QD candidate (fractal descent from 137) Prior: RK4=LOC RK8=LOC Y8=CHA Start level: 0 (step=1e-0=1.0) Objective: pull yoshida8 to LOCKED Workers: 11────────────────────────────────────────────────────────────────────────── Lvl ω (Decimal) RK4 RK8 Y8 out_conv nLOC notes ──────────────────────────────────────────────────────────────────────── BASE 133.0 LOC LOC CHA 0.13683838 2 (baseline) 0 129.0 LOC LOC LOC 0.04408147 3 ★ TRIPLE [80.0s] ★★★ TRIPLE LOCK at ω = 129.0 float64: 129.000000000000000 SUMMARY: em_133.00_QD_candidate Best ω: 129.0 float64: 129.000000000000000 outlier_conv: 0.04408147 Triple lock: YES ========================================================================== FINAL SUMMARY — 2.0 min========================================================================== Target BestΩ out_conv 3xLOC ────────────────────────────────────────────────────────────────────── em_133.00_QD_candidate 129.000000000000 0.04408147 ★ Saved: fractal_descent_v2_20260615_072104.json========================================================================== (.continuity_env) (base) timothy@workstation9gui:~/Development_Stable/ContinuityEngine_Working$ N_WORKERS=11 python3 fractal_descent_v2.py --couple========================================================================== FRACTAL DESCENT v2 — KAM TORI FREQUENCY REFINEMENT Polyadmin ContinuityEngine / Timothy William Edgin, CISSP 2026-06-15 07:23:21========================================================================== Workers: 11 (set N_WORKERS env var to override) Steps: 300 Tail: 30 Threshold: 0.1 Scan: ±5 points per level Fix: start_level = decimal places in base ω (v1 bug fixed) Targets: 2 zeta1_14.40 start_level=1 em_140.20 start_level=1 ══════════════════════════════════════════════════════════════════════════ TARGET: zeta1_14.40 ζ₁ LOC/CHA/LOC — pull RK8 Prior: RK4=LOC RK8=CHA Y8=LOC Y8_conv=0.02804 Start level: 1 (step=1e-1=0.10) Objective: pull rk8 to LOCKED Workers: 11────────────────────────────────────────────────────────────────────────── Lvl ω (Decimal) RK4 RK8 Y8 out_conv nLOC notes ──────────────────────────────────────────────────────────────────────── BASE 14.4 CHA CHA LOC 0.12484595 1 (baseline) 1 14.7 CHA LOC LOC 0.04228664 2 ↓ [79.1s] 2 14.70 CHA LOC LOC 0.04228664 2 [78.1s] 3 14.696 CHA LOC CHA 0.03605101 1 ↓ [78.9s] 4 14.6962 LOC LOC CHA 0.01497433 2 ↓ [78.9s] 5 14.69621 LOC LOC LOC 0.01228471 3 ★ TRIPLE [78.9s] ★★★ TRIPLE LOCK at ω = 14.69621 float64: 14.696210000000001 SUMMARY: zeta1_14.40 Best ω: 14.69621 float64: 14.696210000000001 outlier_conv: 0.01228471 Triple lock: YES ══════════════════════════════════════════════════════════════════════════ TARGET: em_140.20 EM CHA/LOC/LOC — pull RK4 Prior: RK4=CHA RK8=LOC Y8=LOC Y8_conv=0.04633 Start level: 1 (step=1e-1=0.10) Objective: pull rk4 to LOCKED Workers: 11────────────────────────────────────────────────────────────────────────── Lvl ω (Decimal) RK4 RK8 Y8 out_conv nLOC notes ──────────────────────────────────────────────────────────────────────── BASE 140.2 CHA LOC CHA 0.58378143 1 (baseline) 1 140.4 LOC LOC LOC 0.00000000 3 ★ TRIPLE [81.6s] ★★★ TRIPLE LOCK at ω = 140.4 float64: 140.400000000000006 SUMMARY: em_140.20 Best ω: 140.4 float64: 140.400000000000006 outlier_conv: 0.00000000 Triple lock: YES ========================================================================== FINAL SUMMARY — 9.1 min========================================================================== Target BestΩ out_conv 3xLOC ────────────────────────────────────────────────────────────────────── zeta1_14.40 14.696210000000 0.01228471 ★ em_140.20 140.400000000000 0.00000000 ★ Saved: fractal_descent_v2_20260615_072321.json========================================================================== (.continuity_env) (base) timothy@workstation9gui:~/Development_Stable/ContinuityEngine_Working$ N_WORKERS=11 python3 fractal_descent_v2.py========================================================================== FRACTAL DESCENT v2 — KAM TORI FREQUENCY REFINEMENT Polyadmin ContinuityEngine / Timothy William Edgin, CISSP 2026-06-15 07:33:26========================================================================== Workers: 11 (set N_WORKERS env var to override) Steps: 300 Tail: 30 Threshold: 0.1 Scan: ±5 points per level Fix: start_level = decimal places in base ω (v1 bug fixed) Targets: 5 zeta1_14.40 start_level=1 em_140.20 start_level=1 em_133.00_QD_candidate start_level=0 em_137.00 start_level=0 em_138.793 start_level=3 ══════════════════════════════════════════════════════════════════════════ TARGET: zeta1_14.40 ζ₁ LOC/CHA/LOC — pull RK8 Prior: RK4=LOC RK8=CHA Y8=LOC Y8_conv=0.02804 Start level: 1 (step=1e-1=0.10) Objective: pull rk8 to LOCKED Workers: 11────────────────────────────────────────────────────────────────────────── Lvl ω (Decimal) RK4 RK8 Y8 out_conv nLOC notes ──────────────────────────────────────────────────────────────────────── BASE 14.4 CHA CHA LOC 0.12484595 1 (baseline) 1 14.7 CHA LOC LOC 0.04228664 2 ↓ [79.9s] 2 14.70 CHA LOC LOC 0.04228664 2 [78.3s] 3 14.696 CHA LOC CHA 0.03605101 1 ↓ [81.3s] 4 14.6962 LOC LOC CHA 0.01497433 2 ↓ [73.1s] 5 14.69621 LOC LOC LOC 0.01228471 3 ★ TRIPLE [80.4s] ★★★ TRIPLE LOCK at ω = 14.69621 float64: 14.696210000000001 SUMMARY: zeta1_14.40 Best ω: 14.69621 float64: 14.696210000000001 outlier_conv: 0.01228471 Triple lock: YES ══════════════════════════════════════════════════════════════════════════ TARGET: em_140.20 EM CHA/LOC/LOC — pull RK4 Prior: RK4=CHA RK8=LOC Y8=LOC Y8_conv=0.04633 Start level: 1 (step=1e-1=0.10) Objective: pull rk4 to LOCKED Workers: 11────────────────────────────────────────────────────────────────────────── Lvl ω (Decimal) RK4 RK8 Y8 out_conv nLOC notes ──────────────────────────────────────────────────────────────────────── BASE 140.2 CHA LOC CHA 0.58378143 1 (baseline) 1 140.4 LOC LOC LOC 0.00000000 3 ★ TRIPLE [83.9s] ★★★ TRIPLE LOCK at ω = 140.4 float64: 140.400000000000006 SUMMARY: em_140.20 Best ω: 140.4 float64: 140.400000000000006 outlier_conv: 0.00000000 Triple lock: YES ══════════════════════════════════════════════════════════════════════════ TARGET: em_133.00_QD_candidate EM LOC/LOC/CHA — QD candidate (fractal descent from 137) Prior: RK4=LOC RK8=LOC Y8=CHA Start level: 0 (step=1e-0=1.0) Objective: pull yoshida8 to LOCKED Workers: 11────────────────────────────────────────────────────────────────────────── Lvl ω (Decimal) RK4 RK8 Y8 out_conv nLOC notes ──────────────────────────────────────────────────────────────────────── BASE 133.0 LOC LOC CHA 0.13683838 2 (baseline) 0 129.0 LOC LOC LOC 0.04408147 3 ★ TRIPLE [86.0s] ★★★ TRIPLE LOCK at ω = 129.0 float64: 129.000000000000000 SUMMARY: em_133.00_QD_candidate Best ω: 129.0 float64: 129.000000000000000 outlier_conv: 0.04408147 Triple lock: YES ══════════════════════════════════════════════════════════════════════════ TARGET: em_137.00 EM validated CHA/LOC/LOC — α⁻¹ boundary Prior: RK4=CHA RK8=LOC Y8=LOC Y8_conv=0.08322 Start level: 0 (step=1e-0=1.0) Objective: pull rk4 to LOCKED Workers: 11────────────────────────────────────────────────────────────────────────── Lvl ω (Decimal) RK4 RK8 Y8 out_conv nLOC notes ──────────────────────────────────────────────────────────────────────── BASE 137.0 LOC LOC CHA 0.07604357 2 (baseline) 0 133.0 LOC LOC CHA 0.00000000 2 ↓ [81.6s] 1 133.0 LOC LOC CHA 0.00000000 2 [81.0s] 2 133.00 LOC LOC CHA 0.00000000 2 [81.3s] 3 133.000 LOC LOC CHA 0.00000000 2 [83.4s] ⬛ No improvement for 3 levels. Stopping. SUMMARY: em_137.00 Best ω: 133.0 float64: 133.000000000000000 outlier_conv: 0.00000000 Triple lock: NO ══════════════════════════════════════════════════════════════════════════ TARGET: em_138.793 EM LOC/LOC/LOC — maximize convergence Prior: RK4=LOC RK8=LOC Y8=LOC Y8_conv=0.05805 Start level: 3 (step=1e-3=0.0010) Objective: minimize all conv Workers: 11────────────────────────────────────────────────────────────────────────── Lvl ω (Decimal) RK4 RK8 Y8 out_conv nLOC notes ──────────────────────────────────────────────────────────────────────── BASE 138.793 LOC LOC CHA 0.12473474 2 (baseline) 3 138.795 LOC LOC LOC 0.04496316 3 ★ TRIPLE [84.8s] ★★★ TRIPLE LOCK at ω = 138.795 float64: 138.794999999999987 SUMMARY: em_138.793 Best ω: 138.795 float64: 138.794999999999987 outlier_conv: 0.04496316 Triple lock: YES ========================================================================== FINAL SUMMARY — 19.4 min========================================================================== Target BestΩ out_conv 3xLOC ────────────────────────────────────────────────────────────────────── zeta1_14.40 14.696210000000 0.01228471 ★ em_140.20 140.400000000000 0.00000000 ★ em_133.00_QD_candidate 129.000000000000 0.04408147 ★ em_137.00 133.000000000000 0.00000000 - em_138.793 138.795000000000 0.04496316 ★ FP256/CUDA targets for next run: ω = 133.0 → feed to dual_channel_witness_kernel Saved: fractal_descent_v2_20260615_073326.json========================================================================== (.continuity_env) (base) timothy@workstation9gui:~/Development_Stable/ContinuityEngine_Working$ nano fractal_descent_v2.py(.continuity_env) (base) timothy@workstation9gui:~/Development_Stable/ContinuityEngine_Working$ N_WORKERS=11 python3 fractal_descent_v2.py --qd========================================================================== FRACTAL DESCENT v2 — KAM TORI FREQUENCY REFINEMENT Polyadmin ContinuityEngine / Timothy William Edgin, CISSP 2026-06-15 07:58:07========================================================================== Workers: 11 (set N_WORKERS env var to override) Steps: 300 Tail: 30 Threshold: 0.1 Scan: ±5 points per level Fix: start_level = decimal places in base ω (v1 bug fixed) Targets: 1 em_133.00_QD_candidate start_level=0 ══════════════════════════════════════════════════════════════════════════ TARGET: em_133.00_QD_candidate EM LOC/LOC/CHA — QD candidate (fractal descent from 137) Prior: RK4=LOC RK8=LOC Y8=CHA Start level: 0 (step=1e-0=1.0) Objective: pull yoshida8 to LOCKED Workers: 11────────────────────────────────────────────────────────────────────────── Lvl ω (Decimal) RK4 RK8 Y8 out_conv nLOC notes ──────────────────────────────────────────────────────────────────────── BASE 133.00000 LOC LOC CHA 0.13683838 2 (baseline) 0 129.00000 LOC LOC LOC 0.04408147 3 ★ TRIPLE [81.3s] ★★★ TRIPLE LOCK at ω = 129.00000 float64: 129.000000000000000 SUMMARY: em_133.00_QD_candidate Best ω: 129.00000 float64: 129.000000000000000 outlier_conv: 0.04408147 Triple lock: YES ========================================================================== FINAL SUMMARY — 2.0 min========================================================================== Target BestΩ out_conv 3xLOC ────────────────────────────────────────────────────────────────────── em_133.00_QD_candidate 129.000000000000 0.04408147 ★ Saved: fractal_descent_v2_20260615_075807.json========================================================================== (.continuity_env) (base) timothy@workstation9gui:~/Development_Stable/ContinuityEngine_Working$ N_WORKERS=11 python3 fractal_descent_v2.py --couple========================================================================== FRACTAL DESCENT v2 — KAM TORI FREQUENCY REFINEMENT Polyadmin ContinuityEngine / Timothy William Edgin, CISSP 2026-06-15 08:00:32========================================================================== Workers: 11 (set N_WORKERS env var to override) Steps: 300 Tail: 30 Threshold: 0.1 Scan: ±5 points per level Fix: start_level = decimal places in base ω (v1 bug fixed) Targets: 2 zeta1_14.40 start_level=1 em_140.20 start_level=1 ══════════════════════════════════════════════════════════════════════════ TARGET: zeta1_14.40 ζ₁ LOC/CHA/LOC — pull RK8 Prior: RK4=LOC RK8=CHA Y8=LOC Y8_conv=0.02804 Start level: 1 (step=1e-1=0.10) Objective: pull rk8 to LOCKED Workers: 11────────────────────────────────────────────────────────────────────────── Lvl ω (Decimal) RK4 RK8 Y8 out_conv nLOC notes ──────────────────────────────────────────────────────────────────────── BASE 14.400000 CHA CHA LOC 0.12484595 1 (baseline) 1 14.700000 CHA LOC LOC 0.04228664 2 ↓ [79.8s] 2 14.700000 CHA LOC LOC 0.04228664 2 [79.1s] 3 14.696000 CHA LOC CHA 0.03605101 1 ↓ [78.3s] 4 14.696200 LOC LOC CHA 0.01497433 2 ↓ [79.4s] 5 14.696210 LOC LOC LOC 0.01228471 3 ★ TRIPLE [84.7s] ★★★ TRIPLE LOCK at ω = 14.696210 float64: 14.696210000000001 SUMMARY: zeta1_14.40 Best ω: 14.696210 float64: 14.696210000000001 outlier_conv: 0.01228471 Triple lock: YES ══════════════════════════════════════════════════════════════════════════ TARGET: em_140.20 EM CHA/LOC/LOC — pull RK4 Prior: RK4=CHA RK8=LOC Y8=LOC Y8_conv=0.04633 Start level: 1 (step=1e-1=0.10) Objective: pull rk4 to LOCKED Workers: 11────────────────────────────────────────────────────────────────────────── Lvl ω (Decimal) RK4 RK8 Y8 out_conv nLOC notes ──────────────────────────────────────────────────────────────────────── BASE 140.2000000 CHA LOC CHA 0.58378143 1 (baseline) 1 140.4000000 LOC LOC LOC 0.00000000 3 ★ TRIPLE [86.2s] ★★★ TRIPLE LOCK at ω = 140.4000000 float64: 140.400000000000006 SUMMARY: em_140.20 Best ω: 140.4000000 float64: 140.400000000000006 outlier_conv: 0.00000000 Triple lock: YES ========================================================================== FINAL SUMMARY — 9.4 min========================================================================== Target BestΩ out_conv 3xLOC ────────────────────────────────────────────────────────────────────── zeta1_14.40 14.696210000000 0.01228471 ★ em_140.20 140.400000000000 0.00000000 ★ Saved: fractal_descent_v2_20260615_080032.json========================================================================== (.continuity_env) (base) timothy@workstation9gui:~/Development_Stable/ContinuityEngine_Working$ nano fractal_descent_v3.py(.continuity_env) (base) timothy@workstation9gui:~/Development_Stable/ContinuityEngine_Working$ N_WORKERS=11 python3 fractal_descent_v3.py --qd======================================================================== FRACTAL DESCENT v3 — DIGIT EXTENSION (IMMUTABLE PREFIX) 2026-06-15 08:12:11 Workers: 11 | 10 candidates/level | prefix immutable======================================================================== em_133.0 start level 1 range [133.0, 134.0) em_137.0 start level 1 range [137.0, 138.0) ════════════════════════════════════════════════════════════════════════ em_133.0 — EM LOC/LOC/CHA — extend 133.0xxxxxx (QD candidate) Committed prefix: '133.0' → extend from level 1 Each level: add digit [0-9] — existing digits IMMUTABLE──────────────────────────────────────────────────────────────────────── Lvl committed ω d RK4 RK8 Y8 out_conv nLOC note ────────────────────────────────────────────────────────────────────── BASE 133.0 LOC LOC CHA 0.13683838 2 1 133.5 5 LOC LOC LOC 0.07999007 3 ★ TRIPLE [69s] ★★★ TRIPLE LOCK at ω = 133.5 float64: 133.500000000000000 Final committed: 133.5 ════════════════════════════════════════════════════════════════════════ em_137.0 — EM α⁻¹ boundary — extend 137.0xxxxxx Committed prefix: '137.0' → extend from level 1 Each level: add digit [0-9] — existing digits IMMUTABLE──────────────────────────────────────────────────────────────────────── Lvl committed ω d RK4 RK8 Y8 out_conv nLOC note ────────────────────────────────────────────────────────────────────── BASE 137.0 LOC LOC CHA 0.07604357 2 1 137.7 7 LOC LOC LOC 0.00000000 3 ★ TRIPLE [70s] ★★★ TRIPLE LOCK at ω = 137.7 float64: 137.699999999999989 Final committed: 137.7 ======================================================================== SUMMARY — 3.6 min Target Final ω out_conv 3×LOC ──────────────────────────────────────────────────────────────────── em_133.0 133.500000000000 0.07999007 ★ em_137.0 137.700000000000 0.00000000 ★ Saved: fractal_descent_v3_20260615_081211.json======================================================================== (.continuity_env) (base) timothy@workstation9gui:~/Development_Stable/ContinuityEngine_Working$ N_WORKERS=11 python3 fractal_descent_v3.py --couple======================================================================== FRACTAL DESCENT v3 — DIGIT EXTENSION (IMMUTABLE PREFIX) 2026-06-15 08:16:47 Workers: 11 | 10 candidates/level | prefix immutable======================================================================== zeta1_14.4 start level 2 range [14.4, 14.50) em_140.2 start level 2 range [140.2, 140.30) ════════════════════════════════════════════════════════════════════════ zeta1_14.4 — ζ₁ LOC/CHA/LOC — extend 14.4xxxxxx Committed prefix: '14.4' → extend from level 2 Each level: add digit [0-9] — existing digits IMMUTABLE──────────────────────────────────────────────────────────────────────── Lvl committed ω d RK4 RK8 Y8 out_conv nLOC note ────────────────────────────────────────────────────────────────────── BASE 14.4 CHA CHA LOC 0.12484595 1 2 14.43 3 CHA LOC LOC 0.04811392 2 ↓ better [67s] 3 14.430 0 CHA LOC LOC 0.04811392 2 [67s] 4 14.4307 7 CHA LOC CHA 0.03611201 1 ↓ better [67s] 5 14.43073 3 LOC LOC CHA 0.03060847 2 ↓ better [67s] 6 14.430739 9 CHA LOC CHA 0.02537754 1 ↓ better [67s] 7 14.4307390 0 CHA LOC CHA 0.02537754 1 [61s] 8 14.43073900 0 CHA LOC CHA 0.02537754 1 [67s] ⬛ No improvement at level 8 (patience 2). Final frequency: 14.430739 Float64 ceiling NOT yet reached (step=1.00e-08, ULP=1.78e-15) → No KAM island within [0,0.00000009] of current digit → Branch: try different prior digit, or proceed to FP256 Final committed: 14.430739 ════════════════════════════════════════════════════════════════════════ em_140.2 — EM CHA/LOC/LOC — extend 140.2xxxxxx Committed prefix: '140.2' → extend from level 2 Each level: add digit [0-9] — existing digits IMMUTABLE──────────────────────────────────────────────────────────────────────── Lvl committed ω d RK4 RK8 Y8 out_conv nLOC note ────────────────────────────────────────────────────────────────────── BASE 140.2 CHA LOC CHA 0.58378143 1 2 140.26 6 LOC CHA LOC 0.00000000 2 ↓ better [70s] 3 140.263 3 LOC LOC CHA 0.00000000 2 ↓ better [70s] 4 140.2630 0 LOC LOC CHA 0.00000000 2 [70s] 5 140.26306 6 LOC LOC CHA 0.00000000 2 ↓ better [70s] 6 140.263060 0 LOC LOC CHA 0.00000000 2 [70s] 7 140.2630600 0 LOC LOC CHA 0.00000000 2 [70s] ⬛ No improvement at level 7 (patience 2). Final frequency: 140.26306 Float64 ceiling NOT yet reached (step=1.00e-07, ULP=2.84e-14) → No KAM island within [0,0.0000009] of current digit → Branch: try different prior digit, or proceed to FP256 Final committed: 140.26306 ======================================================================== SUMMARY — 15.9 min Target Final ω out_conv 3×LOC ──────────────────────────────────────────────────────────────────── zeta1_14.4 14.430739000000 0.02537754 - em_140.2 140.263060000000 0.00000000 - QD/FP256 candidates: 14.430739 → dual_channel_witness_kernel 140.26306 → dual_channel_witness_kernel Saved: fractal_descent_v3_20260615_081647.json======================================================================== (.continuity_env) (base) timothy@workstation9gui:~/Development_Stable/ContinuityEngine_Working$ N_WORKERS=11 python3 fractal_descent_v3.py --qd======================================================================== FRACTAL DESCENT v3 — DIGIT EXTENSION (IMMUTABLE PREFIX) 2026-06-15 08:51:13 Workers: 11 | 10 candidates/level | prefix immutable======================================================================== em_133.0 start level 1 range [133.0, 134.0) em_137.0 start level 1 range [137.0, 138.0) ════════════════════════════════════════════════════════════════════════ em_133.0 — EM LOC/LOC/CHA — extend 133.0xxxxxx (QD candidate) Committed prefix: '133.0' → extend from level 1 Each level: add digit [0-9] — existing digits IMMUTABLE──────────────────────────────────────────────────────────────────────── Lvl committed ω d RK4 RK8 Y8 out_conv nLOC note ────────────────────────────────────────────────────────────────────── BASE 133.0 LOC LOC CHA 0.13683838 2 1 133.5 5 LOC LOC LOC 0.07999007 3 ★ TRIPLE [70s] ★★★ TRIPLE LOCK at ω = 133.5 float64: 133.500000000000000 Final committed: 133.5 ════════════════════════════════════════════════════════════════════════ em_137.0 — EM α⁻¹ boundary — extend 137.0xxxxxx Committed prefix: '137.0' → extend from level 1 Each level: add digit [0-9] — existing digits IMMUTABLE──────────────────────────────────────────────────────────────────────── Lvl committed ω d RK4 RK8 Y8 out_conv nLOC note ────────────────────────────────────────────────────────────────────── BASE 137.0 LOC LOC CHA 0.07604357 2 1 137.7 7 LOC LOC LOC 0.00000000 3 ★ TRIPLE [70s] ★★★ TRIPLE LOCK at ω = 137.7 float64: 137.699999999999989 Final committed: 137.7 ======================================================================== SUMMARY — 3.6 min Target Final ω out_conv 3×LOC ──────────────────────────────────────────────────────────────────── em_133.0 133.500000000000 0.07999007 ★ em_137.0 137.700000000000 0.00000000 ★ Saved: fractal_descent_v3_20260615_085113.json======================================================================== (.continuity_env) (base) timothy@workstation9gui:~/Development_Stable/ContinuityEngine_Working$ cp kernel_qd_descent.cu run_qd_kernel.py ~/Development_Stable/ContinuityEngine_Working/cd ~/Development_Stable/ContinuityEngine_Workingpython3 run_qd_kernel.pycp: 'kernel_qd_descent.cu' and '/home/timothy/Development_Stable/ContinuityEngine_Working/kernel_qd_descent.cu' are the same filecp: 'run_qd_kernel.py' and '/home/timothy/Development_Stable/ContinuityEngine_Working/run_qd_kernel.py' are the same file============================================================ QD KERNEL RUNNER — Polyadmin ContinuityEngine 2026-06-15 09:05:14 Arch: sm_86 (RTX 3090 Ti)============================================================ Compiling: nvcc -O3 -arch=sm_86 -o ./kernel_qd_descent kernel_qd_descent.cu -lm Build OK (./kernel_qd_descent) Running ./kernel_qd_descent ...============================================================ QD DESCENT KERNEL — Polyadmin ContinuityEngine Timothy William Edgin, CISSP — June 15, 2026 Physics: q'' = −ω·cos(q·ω) − q (1D proxy) IC: q=1.0, p=0 DT=0.02 N=300 tail=30 thresh=0.10 Dual-channel: RK8(f64 ω) vs Y8(QD ω)============================================================ omega RK8_conv Y8_conv witness_max Y8_regime note ────────────────────────────────────────────────────────── 14.430739 0.121573 0.121621 3.0342e-02 CHAOTIC zeta1 LOC/CHA/LOC @ f64 — Y8 outlier 140.26306 0.000000 0.020242 1.9939e+01 LOCKED EM LOC/LOC/CHA @ f64 — Y8 outlier *** QD FLIP *** 133.5 0.000000 0.443256 2.0634e+01 CHAOTIC EM triple-lock @ f64 — CONTROL 137.7 0.000000 0.004889 7.8189e-03 LOCKED EM triple-lock @ f64 — CONTROL (0.000) 14.430739 0.121573 0.121621 3.0342e-02 CHAOTIC SAME as first — repeatability check ============================================================ QD FLIPS (Y8: CHA→LOC under QD precision): 1 / 2 ★ QD precision changed Y8 classification — FP256 justified (1D proxy result; full 3D QD requires 51³ grid kernel)============================================================ Saved: qd_kernel_result_20260615_090517.json ★ QD FLIPS DETECTED: 1 → Y8 classification changed under QD precision → Justifies full 3D QD field kernel implementation → Next step: extend dual_channel_witness_kernel to 51³ grid(.continuity_env) (base) timothy@workstation9gui:~/Development_Stable/ContinuityEngine_Working$ cp kernel_3d_qd_field.cu ~/Development_Stable/ContinuityEngine_Working/cd ~/Development_Stable/ContinuityEngine_Working nvcc -O3 -arch=sm_86 --expt-relaxed-constexpr \ -o kernel_3d_qd_field kernel_3d_qd_field.cu -lm ./kernel_3d_qd_fieldcp: 'kernel_3d_qd_field.cu' and '/home/timothy/Development_Stable/ContinuityEngine_Working/kernel_3d_qd_field.cu' are the same filekernel_3d_qd_field.cu(467): warning #20091-D: a __constant__ variable "W15" cannot be directly read in a host function Remark: The warnings can be suppressed with "-diag-suppress <warning-number>" kernel_3d_qd_field.cu(467): warning #20091-D: a __constant__ variable "W15" cannot be directly read in a host function Device: NVIDIA GeForce RTX 3090 Ti (sm_86) VRAM: 22551 MB================================================================ 3D QD FIELD KERNEL (PURE QUAD-DOUBLE) Polyadmin ContinuityEngine / Timothy William Edgin, CISSP June 15, 2026 Grid: 51³=132651 QD=~62 digits No float64. No DD. RK8: Dormand-Prince 13M (dual_channel_engine.py) Y8: Yoshida8 W15 (_yoshida8_coeffs.py, residual on index 7) 4-quadrant witness delta: Q1=LL Q2=CL Q3=LC Q4=CC================================================================ omega Y8_conv RK8_conv witness quadrant Q# note ────────────────────────────────────────────────────────────────────────────Segmentation fault (core dumped)(.continuity_env) (base) timothy@workstation9gui:~/Development_Stable/ContinuityEngine_Working$ cp kernel_3d_dd_field.cu ~/Development_Stable/ContinuityEngine_Working/cd ~/Development_Stable/ContinuityEngine_Working nvcc -O3 -arch=sm_86 --expt-relaxed-constexpr \ -rdc=true -o kernel_3d_dd_field kernel_3d_dd_field.cu \ -lcudadevrt -lm ./kernel_3d_dd_fieldcp: cannot stat 'kernel_3d_dd_field.cu': No such file or directorycc1plus: fatal error: kernel_3d_dd_field.cu: No such file or directorycompilation terminated.bash: ./kernel_3d_dd_field: No such file or directory(.continuity_env) (base) timothy@workstation9gui:~/Development_Stable/ContinuityEngine_Working$ cp kernel_3d_qd_field.cu ~/Development_Stable/ContinuityEngine_Working/cd ~/Development_Stable/ContinuityEngine_Working nvcc -O3 -arch=sm_86 --expt-relaxed-constexpr \ -o kernel_3d_qd_field kernel_3d_qd_field.cu -lm ./kernel_3d_qd_fieldcp: 'kernel_3d_qd_field.cu' and '/home/timothy/Development_Stable/ContinuityEngine_Working/kernel_3d_qd_field.cu' are the same filekernel_3d_qd_field.cu(467): warning #20091-D: a __constant__ variable "W15" cannot be directly read in a host function Remark: The warnings can be suppressed with "-diag-suppress <warning-number>" kernel_3d_qd_field.cu(467): warning #20091-D: a __constant__ variable "W15" cannot be directly read in a host function Device: NVIDIA GeForce RTX 3090 Ti (sm_86) VRAM: 22551 MB================================================================ 3D QD FIELD KERNEL (PURE QUAD-DOUBLE) Polyadmin ContinuityEngine / Timothy William Edgin, CISSP June 15, 2026 Grid: 51³=132651 QD=~62 digits No float64. No DD. RK8: Dormand-Prince 13M (dual_channel_engine.py) Y8: Yoshida8 W15 (_yoshida8_coeffs.py, residual on index 7) 4-quadrant witness delta: Q1=LL Q2=CL Q3=LC Q4=CC================================================================ omega Y8_conv RK8_conv witness quadrant Q# note ────────────────────────────────────────────────────────────────────────────Segmentation fault (core dumped)(.continuity_env) (base) timothy@workstation9gui:~/Development_Stable/ContinuityEngine_Working$ cp kernel_3d_qd_field.cu ~/Development_Stable/ContinuityEngine_Working/cd ~/Development_Stable/ContinuityEngine_Working nvcc -O3 -arch=sm_86 --expt-relaxed-constexpr \ -o kernel_3d_qd_field kernel_3d_qd_field.cu -lm ./kernel_3d_qd_fieldcp: 'kernel_3d_qd_field.cu' and '/home/timothy/Development_Stable/ContinuityEngine_Working/kernel_3d_qd_field.cu' are the same filekernel_3d_qd_field.cu(467): warning #20091-D: a __constant__ variable "W15" cannot be directly read in a host function Remark: The warnings can be suppressed with "-diag-suppress <warning-number>" kernel_3d_qd_field.cu(467): warning #20091-D: a __constant__ variable "W15" cannot be directly read in a host function Device: NVIDIA GeForce RTX 3090 Ti (sm_86) VRAM: 22551 MB================================================================ 3D QD FIELD KERNEL (PURE QUAD-DOUBLE) Polyadmin ContinuityEngine / Timothy William Edgin, CISSP June 15, 2026 Grid: 51³=132651 QD=~62 digits No float64. No DD. RK8: Dormand-Prince 13M (dual_channel_engine.py) Y8: Yoshida8 W15 (_yoshida8_coeffs.py, residual on index 7) 4-quadrant witness delta: Q1=LL Q2=CL Q3=LC Q4=CC================================================================ omega Y8_conv RK8_conv witness quadrant Q# note ────────────────────────────────────────────────────────────────────────────Segmentation fault (core dumped)(.continuity_env) (base) timothy@workstation9gui:~/Development_Stable/ContinuityEngine_Working$ nvcc -O3 -arch=sm_86 --expt-relaxed-constexpr \ -o kernel_3d_qd_field kernel_3d_qd_field.cu -lm./kernel_3d_qd_fieldkernel_3d_qd_field.cu(351): error: calling a __device__ function("qd_zero()") from a __host__ function("make_ic") is not allowed 1 error detected in the compilation of "kernel_3d_qd_field.cu". Device: NVIDIA GeForce RTX 3090 Ti (sm_86) VRAM: 22551 MB================================================================ 3D QD FIELD KERNEL (PURE QUAD-DOUBLE) Polyadmin ContinuityEngine / Timothy William Edgin, CISSP June 15, 2026 Grid: 51³=132651 QD=~62 digits No float64. No DD. RK8: Dormand-Prince 13M (dual_channel_engine.py) Y8: Yoshida8 W15 (_yoshida8_coeffs.py, residual on index 7) 4-quadrant witness delta: Q1=LL Q2=CL Q3=LC Q4=CC================================================================ omega Y8_conv RK8_conv witness quadrant Q# note ────────────────────────────────────────────────────────────────────────────Segmentation fault (core dumped)(.continuity_env) (base) timothy@workstation9gui:~/Development_Stable/ContinuityEngine_Working$ nvcc -O3 -arch=sm_86 --expt-relaxed-constexpr \ -o kernel_3d_qd_field kernel_3d_qd_field.cu -lm./kernel_3d_qd_field Device: NVIDIA GeForce RTX 3090 Ti VRAM: 22551 MB================================================================ 3D QD FIELD — Pure Quad-Double (~62 digits) No float64. No DD. Both channels at QD. W15 source: _yoshida8_coeffs.py RK8 source: dual_channel_engine.py================================================================ omega Y8_conv RK8_conv witness Q note ────────────────────────────────────────────────────────────── 140.26306 0.06456 0.02296 7.8505e+00 Q1:LL [19s] 14.430739 0.02538 0.02538 6.9680e-05 Q1:LL [18s] 137.7 0.10710 0.06056 9.8327e+00 Q3:LC [19s] 133.5 0.10667 0.03383 7.3302e+00 Q3:LC [18s] ================================================================ 4-QUADRANT SUMMARY: Q1 RK8=LOC Y8=LOC consensus lock: 2 Q2 RK8=CHA Y8=LOC Y8 locked only: 0 Q3 RK8=LOC Y8=CHA RK8 locked only: 2 Q4 RK8=CHA Y8=CHA both chaotic: 0 Witness delta = max|q_RK8.q0 - q_Y8.q0| at final step.================================================================(.continuity_env) (base) timothy@workstation9gui:~/Development_Stable/ContinuityEngine_Working$ ./kernel_3d_qd_field Device: NVIDIA GeForce RTX 3090 Ti VRAM: 22551 MB================================================================ 3D QD FIELD — Pure Quad-Double (~62 digits) No float64. No DD. Both channels at QD. W15 source: _yoshida8_coeffs.py RK8 source: dual_channel_engine.py================================================================ omega Y8_conv RK8_conv witness Q note ────────────────────────────────────────────────────────────── 140.26306 0.06456 0.02296 7.8505e+00 Q1:LL [18s] 14.430739 0.02538 0.02538 6.9680e-05 Q1:LL [18s] 137.7 0.10710 0.06056 9.8327e+00 Q3:LC [18s] 133.5 0.10667 0.03383 7.3302e+00 Q3:LC [18s] ================================================================ 4-QUADRANT SUMMARY: Q1 RK8=LOC Y8=LOC consensus lock: 2 Q2 RK8=CHA Y8=LOC Y8 locked only: 0 Q3 RK8=LOC Y8=CHA RK8 locked only: 2 Q4 RK8=CHA Y8=CHA both chaotic: 0 Witness delta = max|q_RK8.q0 - q_Y8.q0| at final step.(.continuity_env) (base) timothy@workstation9gui:~/Development_Stable/ContinuityEngine_Working$ (.continuity_env) (base) timothy@workstation9gui:~/Development_Stable/ContinuityEngine_Working$ ./kernel_3d_qd_field Device: NVIDIA GeForce RTX 3090 Ti VRAM: 22551 MB================================================================ 3D QD FIELD — Pure Quad-Double (~62 digits) No float64. No DD. Both channels at QD. W15 source: _yoshida8_coeffs.py RK8 source: dual_channel_engine.py================================================================ omega Y8_conv RK8_conv witness Q note ────────────────────────────────────────────────────────────── 140.26306 0.06456 0.02296 7.8505e+00 Q1:LL [18s] 14.430739 0.02538 0.02538 6.9680e-05 Q1:LL [18s] 137.7 0.10710 0.06056 9.8327e+00 Q3:LC [18s] 133.5 0.10667 0.03383 7.3302e+00 Q3:LC [18s] ================================================================ 4-QUADRANT SUMMARY: Q1 RK8=LOC Y8=LOC consensus lock: 2 Q2 RK8=CHA Y8=LOC Y8 locked only: 0 Q3 RK8=LOC Y8=CHA RK8 locked only: 2 Q4 RK8=CHA Y8=CHA both chaotic: 0 Witness delta = max|q_RK8.q0 - q_Y8.q0| at final step.================================================================ (.continuity_env) (base) timothy@workstation9gui:~/Development_Stable/Fundamental_Force_Map_v2$ python3 -c "import jsond = json.load(open('primorial_wormholes_MASTER.json')) print('=== EXACT WORMHOLES ===')for p_str, m in sorted(d['exact_wormholes'].items(), key=lambda x: int(x[0])): print(f' ★ {int(p_str):,} base={m[0][\"base\"]:,}') print('\n=== TRUE MULTI-BASE (>=2 bases matching) ===')for p_str, matches in sorted(d['multi_resonances'].items(), key=lambda x: int(x[0])): if len(matches) >= 2: print(f' + {int(p_str):,}') for m in matches: print(f' base={m[\"base\"]:,} type={m[\"type\"]} fq={m[\"fq\"]}') print('\n=== SINGLE NEAR, fq<20 (anomalous) ===')for p_str, matches in sorted(d['multi_resonances'].items(), key=lambda x: int(x[0])): tight = [m for m in matches if m['fq'] < 20] if len(matches) == 1 and tight: p = int(p_str) print(f' ~ {p:,} base={matches[0][\"base\"]:,} fq={matches[0][\"fq\"]}')"=== EXACT WORMHOLES === ★ 449 base=6 ★ 1,093 base=2 ★ 3,511 base=2 ★ 66,161 base=6 ★ 160,541 base=30 ★ 534,851 base=6 ★ 3,148,597 base=30,030 ★ 3,152,573 base=6 ★ 122,436,719 base=2,310 ★ 36,407,028,901 base=510,510 ★ 46,900,765,733 base=30,030 ★ 94,727,075,783 base=30 ★ 163,273,289,983 base=2,310 ★ 2,277,431,652,659 base=2,310 ★ 2,651,529,370,099 base=223,092,870 === TRUE MULTI-BASE (>=2 bases matching) === + 7 base=2 type=NEAR fq=2 base=6 type=NEAR fq=1 + 11 base=2 type=NEAR fq=5 base=6 type=NEAR fq=5 + 13 base=2 type=NEAR fq=3 base=6 type=NEAR fq=11 + 17 base=2 type=NEAR fq=13 base=6 type=NEAR fq=6 + 19 base=2 type=NEAR fq=3 base=6 type=NEAR fq=2 + 23 base=2 type=NEAR fq=17 base=6 type=NEAR fq=11 + 29 base=2 type=NEAR fq=1 base=6 type=NEAR fq=16 + 31 base=2 type=NEAR fq=6 base=6 type=NEAR fq=23 base=30 type=NEAR fq=1 + 37 base=2 type=NEAR fq=1 base=6 type=NEAR fq=19 base=30 type=NEAR fq=9 + 41 base=2 type=NEAR fq=23 base=6 type=NEAR fq=3 base=30 type=NEAR fq=17 + 43 base=2 type=NEAR fq=25 base=6 type=NEAR fq=27 base=30 type=NEAR fq=26 + 47 base=2 type=NEAR fq=44 base=6 type=NEAR fq=8 base=30 type=NEAR fq=7 + 53 base=2 type=NEAR fq=36 base=6 type=NEAR fq=6 base=30 type=NEAR fq=35 + 59 base=2 type=NEAR fq=8 base=6 type=NEAR fq=49 base=30 type=NEAR fq=50 + 61 base=2 type=NEAR fq=36 base=6 type=NEAR fq=49 base=30 type=NEAR fq=26 + 67 base=2 type=NEAR fq=10 base=6 type=NEAR fq=25 base=30 type=NEAR fq=45 + 71 base=2 type=NEAR fq=2 base=6 type=NEAR fq=34 base=30 type=NEAR fq=11 + 73 base=6 type=NEAR fq=9 base=30 type=NEAR fq=42 + 83 base=2 type=NEAR fq=48 base=6 type=NEAR fq=29 base=30 type=NEAR fq=12 + 89 base=2 type=NEAR fq=6 base=6 type=NEAR fq=30 + 107 base=2 type=NEAR fq=13 base=6 type=NEAR fq=4 base=30 type=NEAR fq=36 + 139 base=2 type=NEAR fq=30 base=30 type=NEAR fq=35 + 167 base=2 type=NEAR fq=47 base=30 type=NEAR fq=28 + 173 base=2 type=NEAR fq=3 base=30 type=NEAR fq=35 + 179 base=2 type=NEAR fq=50 base=30 type=NEAR fq=35 + 197 base=6 type=NEAR fq=6 base=30 type=NEAR fq=20 + 211 base=30 type=NEAR fq=44 base=210 type=NEAR fq=1 + 233 base=2 type=NEAR fq=7 base=30 type=NEAR fq=3 + 379 base=2 type=NEAR fq=2 base=210 type=NEAR fq=39 + 449 base=6 type=NEAR fq=33 base=210 type=EXACT fq=0 + 613 base=2 type=NEAR fq=29 base=30 type=NEAR fq=2 + 743 base=2 type=NEAR fq=40 base=30 type=NEAR fq=28 + 1,061 base=30 type=NEAR fq=9 base=210 type=NEAR fq=26 + 1,123 base=30 type=NEAR fq=18 base=210 type=NEAR fq=28 + 1,481 base=6 type=NEAR fq=22 base=210 type=NEAR fq=39 + 3,511 base=2 type=EXACT fq=0 base=6 type=NEAR fq=7 + 326,549 base=2 type=NEAR fq=49 base=210 type=NEAR fq=8 === SINGLE NEAR, fq<20 (anomalous) === ~ 3 base=2 fq=1 ~ 5 base=2 fq=3 ~ 79 base=2 fq=19 ~ 127 base=2 fq=18 ~ 131 base=2 fq=17 ~ 137 base=30 fq=2 ~ 157 base=6 fq=19 ~ 181 base=6 fq=16 ~ 227 base=30 fq=18 ~ 269 base=30 fq=19 ~ 281 base=6 fq=13 ~ 283 base=6 fq=17 ~ 311 base=210 fq=5 ~ 331 base=30 fq=17 ~ 347 base=30 fq=16 ~ 359 base=210 fq=19 ~ 367 base=30 fq=13 ~ 509 base=30 fq=1 ~ 569 base=2 fq=18 ~ 577 base=30 fq=6 ~ 709 base=6 fq=19 ~ 877 base=30 fq=10 ~ 1,069 base=6 fq=16 ~ 1,163 base=30 fq=16 ~ 1,181 base=30 fq=17 ~ 1,289 base=210 fq=14 ~ 1,321 base=6 fq=2 ~ 1,427 base=2 fq=10 ~ 1,429 base=30 fq=6 ~ 1,567 base=30 fq=5 ~ 1,697 base=6 fq=2 ~ 1,733 base=2 fq=8 ~ 2,011 base=6 fq=12 ~ 2,131 base=30 fq=15 ~ 2,141 base=30 fq=9 ~ 2,311 base=2,310 fq=1 ~ 2,633 base=2 fq=4 ~ 2,659 base=2 fq=2 ~ 2,683 base=210 fq=7 ~ 2,903 base=2 fq=16 ~ 3,373 base=2 fq=1 ~ 3,499 base=210 fq=10 ~ 3,557 base=30 fq=4 ~ 4,507 base=2,310 fq=13 ~ 5,333 base=30 fq=2 ~ 5,399 base=2 fq=19 ~ 5,501 base=2 fq=3 ~ 6,323 base=30 fq=15 ~ 7,129 base=6 fq=11 ~ 7,717 base=210 fq=17 ~ 8,597 base=210 fq=11 ~ 8,951 base=210 fq=4 ~ 9,473 base=210 fq=2 ~ 14,029 base=210 fq=1 ~ 14,717 base=2 fq=11 ~ 15,329 base=2 fq=12 ~ 15,797 base=30 fq=8 ~ 16,607 base=30 fq=11 ~ 18,539 base=210 fq=17 ~ 21,943 base=210 fq=9 ~ 22,259 base=2 fq=13 ~ 25,037 base=2 fq=9 ~ 26,107 base=2 fq=14 ~ 27,271 base=6 fq=18 ~ 31,769 base=6 fq=7 ~ 32,911 base=30,030 fq=8 ~ 33,343 base=2,310 fq=2 ~ 45,737 base=30,030 fq=9 ~ 53,917 base=2,310 fq=14 ~ 56,659 base=2,310 fq=3 ~ 57,601 base=2,310 fq=13 ~ 59,119 base=6 fq=10 ~ 60,631 base=2 fq=12 ~ 70,969 base=30 fq=19 ~ 78,653 base=210 fq=18 ~ 79,613 base=2,310 fq=3 ~ 79,669 base=2 fq=19 ~ 102,407 base=2 fq=17 ~ 110,771 base=30,030 fq=15 ~ 114,797 base=30,030 fq=12 ~ 124,367 base=6 fq=6 ~ 133,169 base=30 fq=12 ~ 136,999 base=30 fq=12 ~ 138,163 base=2,310 fq=10 ~ 147,263 base=30 fq=3 ~ 224,831 base=210 fq=18 ~ 327,001 base=30 fq=18 ~ 332,779 base=30 fq=1 ~ 546,097 base=2 fq=10 ~ 582,137 base=510,510 fq=18 ~ 586,189 base=510,510 fq=10 ~ 605,629 base=210 fq=15 ~ 730,943 base=210 fq=4 ~ 763,673 base=30,030 fq=18 ~ 956,723 base=510,510 fq=4 ~ 1,253,093 base=210 fq=2 ~ 1,588,183 base=210 fq=19 ~ 1,813,499 base=30,030 fq=15 ~ 2,067,977 base=210 fq=5 ~ 2,152,849 base=2 fq=5 ~ 2,172,791 base=30,030 fq=7 ~ 2,173,727 base=30,030 fq=14 ~ 2,325,493 base=30,030 fq=9 ~ 2,368,579 base=6 fq=2 ~ 2,549,177 base=2 fq=12 ~ 3,170,201 base=30,030 fq=10 ~ 3,832,067 base=510,510 fq=3 ~ 3,960,161 base=210 fq=11 ~ 4,169,609 base=2,310 fq=4 ~ 4,200,341 base=30,030 fq=14 ~ 4,481,683 base=510,510 fq=9 ~ 4,856,263 base=30 fq=12 ~ 4,906,129 base=30,030 fq=16 ~ 5,709,149 base=6 fq=10 ~ 5,831,009 base=210 fq=13 ~ 6,010,237 base=6 fq=15 ~ 6,477,143 base=30 fq=6 ~ 6,644,147 base=30,030 fq=8 ~ 6,679,133 base=2,310 fq=13 ~ 7,642,249 base=30 fq=4 ~ 9,482,743 base=6 fq=6 ~ 9,835,409 base=30 fq=3 ~ 10,603,709 base=510,510 fq=4 ~ 11,317,211 base=30,030 fq=10 ~ 12,548,413 base=9,699,690 fq=7 ~ 13,344,341 base=2,310 fq=17 ~ 13,460,729 base=2,310 fq=1 ~ 19,084,861 base=9,699,690 fq=19 ~ 26,241,331 base=30,030 fq=15 ~ 26,745,547 base=6 fq=3 ~ 27,813,167 base=9,699,690 fq=5 ~ 31,206,629 base=6 fq=12 ~ 31,286,309 base=6 fq=8 ~ 37,028,081 base=30 fq=18 ~ 37,555,247 base=30,030 fq=18 ~ 40,343,659 base=6 fq=9 ~ 52,633,079 base=210 fq=18 ~ 63,466,787 base=30 fq=11 ~ 72,142,793 base=2 fq=15 ~ 84,778,691 base=30 fq=16 ~ 91,578,667 base=210 fq=11 ~ 99,590,371 base=30 fq=7 ~ 99,797,111 base=9,699,690 fq=16 ~ 108,421,843 base=510,510 fq=17 ~ 118,417,283 base=2 fq=7 ~ 119,568,107 base=2 fq=15 ~ 126,754,561 base=30 fq=4 ~ 127,982,531 base=6 fq=6 ~ 128,988,931 base=510,510 fq=15 ~ 194,557,553 base=30 fq=19 ~ 222,455,153 base=510,510 fq=2 ~ 271,276,297 base=30,030 fq=8 ~ 287,354,777 base=30 fq=7 ~ 296,185,277 base=9,699,690 fq=9 ~ 347,123,869 base=30,030 fq=11 ~ 390,791,281 base=210 fq=3 ~ 417,534,361 base=223,092,870 fq=6 ~ 435,960,197 base=2,310 fq=1 ~ 469,091,981 base=2,310 fq=11 ~ 532,072,799 base=9,699,690 fq=10 ~ 544,367,431 base=9,699,690 fq=1 ~ 562,973,311 base=30 fq=6 ~ 576,757,021 base=223,092,870 fq=3 ~ 607,016,119 base=510,510 fq=11 ~ 611,977,057 base=2,310 fq=19 ~ 657,513,211 base=30 fq=4 ~ 665,180,497 base=30,030 fq=5 ~ 701,703,001 base=9,699,690 fq=13 ~ 745,715,143 base=30 fq=14 ~ 765,057,611 base=223,092,870 fq=10 ~ 941,180,893 base=30,030 fq=18 ~ 976,288,097 base=9,699,690 fq=12 ~ 1,076,487,031 base=6 fq=1 ~ 2,001,907,169 base=2 fq=1 ~ 2,173,422,049 base=30,030 fq=2 ~ 2,245,902,409 base=30,030 fq=18 ~ 2,570,664,067 base=210 fq=19 ~ 2,864,797,543 base=6 fq=5 ~ 3,117,555,733 base=223,092,870 fq=4 ~ 3,722,934,001 base=6 fq=13 ~ 4,036,354,303 base=6 fq=13 ~ 4,404,060,467 base=30,030 fq=11 ~ 5,227,328,647 base=9,699,690 fq=8 ~ 7,038,653,173 base=2,310 fq=18 ~ 7,164,585,097 base=510,510 fq=4 ~ 8,367,048,751 base=223,092,870 fq=10 ~ 9,602,055,769 base=223,092,870 fq=4 ~ 9,639,335,129 base=210 fq=6 ~ 11,524,059,343 base=30 fq=18 ~ 11,806,121,057 base=6,469,693,230 fq=2 ~ 11,951,951,807 base=30 fq=9 ~ 12,042,095,551 base=510,510 fq=8 ~ 12,482,140,709 base=510,510 fq=6 ~ 13,877,871,701 base=30 fq=19 ~ 16,888,323,743 base=6,469,693,230 fq=14 ~ 18,055,889,809 base=223,092,870 fq=14 ~ 18,798,408,701 base=223,092,870 fq=3 ~ 19,594,609,847 base=30,030 fq=5 ~ 20,103,346,513 base=6 fq=5 ~ 22,814,984,531 base=210 fq=19 ~ 30,864,273,833 base=6,469,693,230 fq=11 ~ 46,262,476,201 base=2 fq=10 ~ 52,421,357,563 base=6,469,693,230 fq=13 ~ 59,310,970,669 base=510,510 fq=3 ~ 87,186,276,997 base=210 fq=5 ~ 88,392,441,227 base=6,469,693,230 fq=3 ~ 93,208,108,219 base=9,699,690 fq=7 ~ 93,250,684,399 base=9,699,690 fq=19 ~ 94,746,792,901 base=30,030 fq=19 ~ 123,275,344,987 base=6,469,693,230 fq=2 ~ 157,310,394,083 base=30,030 fq=13 ~ 200,560,490,131 base=200,560,490,130 fq=1 ~ 215,260,515,727 base=30,030 fq=9 ~ 216,985,006,409 base=210 fq=13 ~ 350,631,558,721 base=2,310 fq=11 ~ 377,917,069,003 base=223,092,870 fq=17 ~ 427,541,978,837 base=30 fq=4 ~ 447,652,226,851 base=223,092,870 fq=9 ~ 671,500,215,979 base=510,510 fq=19 ~ 765,552,667,387 base=2 fq=17 ~ 911,017,335,229 base=6 fq=1 ~ 953,616,067,457 base=223,092,870 fq=19 ~ 1,173,672,589,147 base=9,699,690 fq=1 ~ 2,322,725,250,007 base=510,510 fq=11(.continuity_env) (base) timothy@workstation9gui:~/Development_Stable/Fundamental_Force_Map_v2$