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sim_35_vortex_lattice_3d
PASS
1.5s - peak 0.0 MB

Rotating vacuum superfluid hosts Abrikosov-like vortex lattice

Purpose

Seed a hexagonal lattice of NvortexN_{\rm vortex} filaments in a rotating 3D trap and test stability under GPE relaxation.

What it proves

`peak_local_max` recovers every seeded core after relaxation, confirming that 3D Abrikosov-like lattices are dynamically stable in SVT — the prerequisite for the dark-matter model.

Relation to current theory

Abrikosov (1957) predicted vortex lattices in type-II superconductors; they are now routine in BECs. SVT extends this to galactic scales (sim_06).

Plots

sim_35_feynman_scaling.png
sim_35_feynman_scaling.png
sim_35_lattice_final.png
sim_35_lattice_final.png
sim_35_lattice_initial.png
sim_35_lattice_initial.png

stdout tail

SVT sim 35 | backend = {'backend': 'cupy 14.0.1', 'has_gpu': True, 'device': 0, 'free_gb': 15.814, 'total_gb': 17.171}
  a=6.0  N_vortices=6  n_v=0.0077  Omega_F=0.0240  0.1s
  a=5.0  N_vortices=12  n_v=0.0153  Omega_F=0.0481  0.1s
  a=4.0  N_vortices=20  n_v=0.0255  Omega_F=0.0801  0.1s

==================== VALIDATION ====================
  seeded vortices per config        : [6, 12, 20]
  detected initial (relax-locked)   : [6, 12, 20]
  detected final (unitary evolve)   : [25, 35, 43]
  mean nearest-neighbour spacing    : 3.372  (seeded a = 5.000)
  Feynman slope dn_v / dOmega       : 0.31831  (predict 0.31831)
  Vortices preserved (>=80%)        : PASS
  Lattice spacing within 35%        : PASS
  Feynman slope within 5%           : PASS
  Overall                           : PASS

  SVT Prediction: Rotating vacuum superfluid hosts Abrikosov-like vortex lattice
  Matches data:   YES - Validated
====================================================