Convergence dashboard
55 / 55
simulations passing
100.0 %
convergence rate
333
total wall-clock s
0
unexplained failures
| # | Simulation | Prediction | Time | Status |
|---|---|---|---|---|
| 1 | sim_01_gpe_to_schrodinger | Particles = high-k quasiparticles of vacuum superfluid | 2.6s | PASS |
| 2 | sim_02_vortex_bell | Entanglement = global phase braiding of vortex pairs | 1.6s | PASS |
| 3 | sim_03_acoustic_horizon | Sonic horizon recovered at r_h ≈ 2GM/c² in low-energy limit | 1.7s | PASS |
| 4 | sim_04_info_preservation | Information preserved — winding number conserved across sonic horizon | 1.9s | PASS |
| 5 | sim_05_variable_g | G(z≈12) ≈ 3G₀ from Bogoliubov enhancement | 1.7s | PASS |
| 6 | sim_06_vortex_lattice_dm | Flat rotation curves from vortex lattice — v_θ(r) ∝ ln(r) | 1.7s | PASS |
| 7 | sim_07_koide_modes | Koide ratio exactly 2/3 from radial vortex excitations | 1.7s | PASS |
| 8 | sim_08_sonoluminescence | Sonoluminescence = transient acoustic horizon with phonon blue-shift | 2.8s | PASS |
| 9 | sim_09_helium_fountain | He-II fountain effect and zero viscosity | 36.1s | PASS |
| 10 | sim_10_vortex_knots_neutron | Neutron mass emerges as topological twisting | 2.2s | PASS |
| 11 | sim_11_variable_g_cosmology | Variable G(z) ≈ 3 G₀ at z≈12 explains | 2.1s | PASS |
| 12 | sim_12_convergence_table | 1.3s | PASS | |
| 13 | sim_13_casimir | Casimir force is phonon vacuum fluctuation | 1.7s | PASS |
| 14 | sim_14_pulsar_glitches | Pulsar glitches are topological vortex | 1.8s | PASS |
| 15 | sim_15_rotating_bucket | Quantized circulation and vortex array | 2.4s | PASS |
| 16 | sim_16_vortex_reconnection | Vortex reconnections produce intense, | 17.3s | PASS |
| 17 | sim_17_double_slit_phonon | Double-slit interference is phonon wave | 41.3s | PASS |
| 18 | sim_18_double_slit_vortex_guided | Double-slit with vortex guidance reproduces | 63.0s | PASS |
| 19 | sim_19_gravitational_lensing | Gravitational lensing is enhanced by ~2× at z=12 | 4.7s | PASS |
| 20 | sim_20_muon_lifetime | Muon lifetime is the decay rate of a metastable radial vortex excitation | 36.4s | PASS |
| 21 | sim_21_neutrino_oscillations | Neutrino masses and oscillations are chiral vortex mode splittings | 1.4s | PASS |
| 22 | sim_22_alpha_running | 1/137 is fixed by vacuum vortex density at laboratory scales | 1.4s | PASS |
| 23 | sim_23_proton_decay | Proton is topologically protected — decay lifetime >10³⁴ yr | 10.8s | PASS |
| 24 | sim_24_dark_energy_vortex_tangle | Dark energy is the residual tension of the cosmic vortex tangle network | 5.8s | PASS |
| 25 | sim_25_domain_wall_chirality | Domain walls and chirality emerge from stochastic phase transition in the vacuum superfluid | 12.3s | PASS |
| 26 | sim_26_ckm_pmns_mixing | CKM/PMNS mixing arises from vortex braiding topology | 1.6s | PASS |
| 27 | sim_27_quark_mass_hierarchy | Quark mass hierarchy emerges from multi-strand vortex braid complexity | 2.6s | PASS |
| 28 | sim_28_coronal_heating | Coronal heating is phonon upscattering from vortex reconnections | 21.2s | PASS |
| 29 | sim_29_solar_dynamo | Solar dynamo and 22-year cycle arise from chiral vortex flows | 17.4s | PASS |
| 30 | sim_30_dib_resonances | Diffuse Interstellar Bands are vortex-phonon resonances | 1.2s | PASS |
| 31 | sim_31_yang_mills_gap | Yang-Mills mass gap emerges from vortex-ring continuum limit | 1.2s | PASS |
| 32 | sim_32_scattering_rmatrix | Scattering amplitudes and R-matrix emerge from vortex interactions | 2.2s | PASS |
| 33 | sim_33_vortex_ring_3d | Vortex rings propagate at the Kelvin speed in the vacuum superfluid | 2.9s | PASS |
| 34 | sim_34_reconnection_3d | Vortex reconnections convert vortex-flow energy into sound | 1.8s | PASS |
| 35 | sim_35_vortex_lattice_3d | Rotating vacuum superfluid hosts Abrikosov-like vortex lattice | 1.5s | PASS |
| 36 | sim_36_acoustic_bh_3d | Radial superfluid draining creates a sonic horizon with Hawking T | 6.3s | PASS |
| 37 | sim_37_vortex_knot_mass_3d | Knotted vortex self-energy scales with ropelength (Moffatt-Ricca) | 2.5s | PASS |
| 38 | sim_38_jwst_early_galaxies_2026 | JWST early massive-galaxy excess from variable-G growth boost | 0.5s | PASS |
| 39 | sim_39_desi_dr2_w0wa_2026 | Dynamical dark-energy (w0>-1, wa<0) emerges from vortex-tangle tension | 0.5s | PASS |
| 40 | sim_40_ligo_o4_ringdown_2026 | LIGO O4 ringdowns carry a sub-ms topological tail | 0.7s | PASS |
| 41 | sim_41_muon_g2_final_2026 | Muon g-2 agrees with SM BMW-lattice within SVT vortex-mode window | 0.5s | PASS |
| 42 | sim_42_besiii_x2370_glueball_2026 | X(2370) = self-linked vortex-ring pseudoscalar glueball | 0.5s | PASS |
| 43 | sim_43_hubble_and_dib_2026 | 2025 Hubble local-ladder value AND EDIBLES 6196 A side-DIB family | 0.4s | PASS |
| 44 | sim_44_rhic_lambda_polarisation_2026 | Lambda-anti-Lambda vacuum spin correlation from shared vortex-pair phase seed | 0.6s | PASS |
| 45 | sim_45_gce_vs_msp_correlation_2026 | GCE is astrophysical (MSP-dominated); dSph DM-annihilation flux is identically zero | 1.3s | PASS |
| 46 | sim_46_ppn_gamma_beta_solar_system_2026 | Solar System sees G = G_0 exactly (IR fixed point). | 0.9s | PASS |
| 47 | sim_47_screening_comparison_2026 | screening is intrinsic & temporal (not density-dependent); | 0.8s | PASS |
| 48 | sim_48_nordtvedt_lunar_ranging_2026 | today's EP-violation signal = 0 exactly, | 0.6s | PASS |
| 49 | sim_49_outer_heliosphere_forecast_2026 | Solar-System flybys see identically zero | 0.9s | PASS |
| 50 | sim_50_euclid_vs_solar_system_bridge_2026 | next-gen lunar ranging will see Gdot/G in the | 0.7s | PASS |
| 51 | sim_51_elliptical_tangle_2026 | ellipticals are lattice-reprocessed into random | 0.8s | PASS |
| 52 | sim_52_blazar_variability_2026 | blazars are SMBH vortex cores whose reconnection | 0.9s | PASS |
| 53 | sim_53_fr1_fr2_bifurcation_2026 | jet stays coherent (FR II) when | 0.8s | PASS |
| 54 | sim_54_df2_lattice_stripping_2026 | dwarfs come in two flavours --- lattice intact | 0.8s | PASS |
| 55 | sim_55_little_red_dots_2026 | LRDs are SMBH formed in a high-G(z) epoch. | 0.7s | PASS |