count-preserving-spatial-kinetic-results-20261013T155856Z.json

{
  "passed": 17,
  "checks": [
    "nonlinear Hamiltonian Euler identity",
    "metric is Hermitian",
    "metric maps Hamiltonian gradient to field",
    "metric positive first principal minor",
    "metric positive determinant",
    "nonlinear Euler Lagrange residual 0",
    "nonlinear Euler Lagrange residual 1",
    "nonlinear Euler Lagrange residual 2",
    "nonlinear Euler Lagrange residual 3",
    "complete energy retained",
    "Noether phase action retained",
    "stationary branch metric is inverse count frequency",
    "spatial integrated homogeneity",
    "local homogeneity fails",
    "local T fails TG=psi",
    "spatial residual-square cancellation",
    "spatial positive kinetic example"
  ],
  "script_sha256": "5a1290a3e1f32c0d50c27b2e1050a005504e094e5dc5871ee5c3f98d26a9aed5",
  "scope": "Exact nonlinear canonical and spatial-integral kinetic completion; no common ambient particle solution claimed.",
  "sources": {
    "experiments/count-preserving-spatial-kinetic.py": "5a1290a3e1f32c0d50c27b2e1050a005504e094e5dc5871ee5c3f98d26a9aed5"
  }
}