Recorded data and provenance for the associated calculation.
| generated_utc | 2026-10-13T21:27:54.111865+00:00 |
|---|---|
| status | pass |
| exact_checks | 713 |
View complete data
{
"generated_utc": "2026-10-13T21:27:54.111865+00:00",
"status": "pass",
"exact_checks": 713,
"cases": [
{
"depth": 2,
"auxiliary_sphere_dimension": 4,
"auxiliary_embedding_dimension": 5,
"operator_order": 2,
"squared_stiffness": "(z + 2)**2/4",
"nonlinear_power": 3,
"t0": 1,
"t1": 3,
"t2": 6,
"hessian_N0": -2,
"hessian_N1": 0,
"hessian_N2": 3,
"clock_local": true,
"squared_wave_local": true
},
{
"depth": 3,
"auxiliary_sphere_dimension": 5,
"auxiliary_embedding_dimension": 6,
"operator_order": 3,
"squared_stiffness": "(z + 3)**2*(z + 4)/36",
"nonlinear_power": 4,
"t0": 1,
"t1": 4,
"t2": 10,
"hessian_N0": -3,
"hessian_N1": 0,
"hessian_N2": 6,
"clock_local": false,
"squared_wave_local": true
},
{
"depth": 4,
"auxiliary_sphere_dimension": 6,
"auxiliary_embedding_dimension": 7,
"operator_order": 4,
"squared_stiffness": "(z + 4)**2*(z + 6)**2/576",
"nonlinear_power": 5,
"t0": 1,
"t1": 5,
"t2": 15,
"hessian_N0": -4,
"hessian_N1": 0,
"hessian_N2": 10,
"clock_local": true,
"squared_wave_local": true
},
{
"depth": 5,
"auxiliary_sphere_dimension": 7,
"auxiliary_embedding_dimension": 8,
"operator_order": 5,
"squared_stiffness": "(z + 5)**2*(z + 8)**2*(z + 9)/14400",
"nonlinear_power": 6,
"t0": 1,
"t1": 6,
"t2": 21,
"hessian_N0": -5,
"hessian_N1": 0,
"hessian_N2": 15,
"clock_local": false,
"squared_wave_local": true
},
{
"depth": 6,
"auxiliary_sphere_dimension": 8,
"auxiliary_embedding_dimension": 9,
"operator_order": 6,
"squared_stiffness": "(z + 6)**2*(z + 10)**2*(z + 12)**2/518400",
"nonlinear_power": 7,
"t0": 1,
"t1": 7,
"t2": 28,
"hessian_N0": -6,
"hessian_N1": 0,
"hessian_N2": 21,
"clock_local": true,
"squared_wave_local": true
},
{
"depth": 10,
"auxiliary_sphere_dimension": 12,
"auxiliary_embedding_dimension": 13,
"operator_order": 10,
"squared_stiffness": "(z + 10)**2*(z + 18)**2*(z + 24)**2*(z + 28)**2*(z + 30)**2/13168189440000",
"nonlinear_power": 11,
"t0": 1,
"t1": 11,
"t2": 66,
"hessian_N0": -10,
"hessian_N1": 0,
"hessian_N2": 55,
"clock_local": true,
"squared_wave_local": true
}
],
"coverage": [
"all six depths; N=0..12 inverse Riesz eigenvalues",
"N=0..6 full conformal commutator with raising and lowering",
"N=0..6 explicit invariant harmonic lifts and actual ball differential operator",
"two nonconstant rational conformal solutions at every even depth",
"nonlinear conformal parameter jets through order 6 at all six depths",
"symbolic factorization and recurrence; interior covariance counterexample"
],
"sources": {
"experiments/flat-ball-conformal-checks.py": "6c0340e1a77a7ca3e2fad32e6b1a5d36ecd6e92193ea63e3a8be4b73cfd97cc6"
}
}