Recorded data and provenance for the associated calculation.
| experiment | coupling-localization-scale-batch |
|---|---|
| created_utc | 2026-09-24T10:38:28.695197+00:00 |
| status | conditional_scale_ansatz |
| energy_law | E(Q,R)=a*Q/R-B*Q^2/R^d+C*Q^3/R^(2d), a=C=Q=1 |
| pair_mixed_contact_for_orthogonal_components | Delta U=-g*integral(rho_i*rho_j)+h*integral(rho_i*rho_j*(rho_i+rho_j)) for U=-g*rho^2/2+h*rho^3/3 |
| scope | Fixed-profile dilation ansatz only. Finite scale minima do not establish complete stationary spatial solutions, positive mass-frequency, causal propagation, inertia, or observed particle couplings. |
View complete data
{
"experiment": "coupling-localization-scale-batch",
"created_utc": "2026-09-24T10:38:28.695197+00:00",
"status": "conditional_scale_ansatz",
"energy_law": "E(Q,R)=a*Q/R-B*Q^2/R^d+C*Q^3/R^(2d), a=C=Q=1",
"rows": [
{
"depth": 2,
"stationary_fold_attraction": 1.5,
"zero_binding_attraction": 1.8898815748423101,
"trial_attraction": 2.267857889810772,
"wide_state_inverse_radius": 0.23139936020493293,
"localized_inverse_radius": 0.9301347699793546,
"localized_energy_relative_to_dispersion": -0.28341833197936517,
"stationary_frequency_shift_at_Q_1": -0.7484857169690446,
"single_attractive_contact_stationary_curvature_sign": "negative"
},
{
"depth": 3,
"stationary_fold_attraction": 1.3379026029337178,
"zero_binding_attraction": 1.9601317042077893,
"trial_attraction": 2.352158045049347,
"wide_state_inverse_radius": 0.38600592583558924,
"localized_inverse_radius": 1.0035134262626602,
"localized_energy_relative_to_dispersion": -0.35225763889083117,
"stationary_frequency_shift_at_Q_1": -0.6867621143117173,
"single_attractive_contact_stationary_curvature_sign": "negative"
},
{
"depth": 4,
"stationary_fold_attraction": 1.206595763278358,
"zero_binding_attraction": 1.979626330052519,
"trial_attraction": 2.3755515960630227,
"wide_state_inverse_radius": 0.4793359372829773,
"localized_inverse_radius": 1.016788950214826,
"localized_energy_relative_to_dispersion": -0.3798828614655949,
"stationary_frequency_shift_at_Q_1": -0.6340800990193021,
"single_attractive_contact_stationary_curvature_sign": "negative"
},
{
"depth": 5,
"stationary_fold_attraction": 1.1061602859499144,
"zero_binding_attraction": 1.9876669750024178,
"trial_attraction": 2.3852003700029014,
"wide_state_inverse_radius": 0.5436087237289332,
"localized_inverse_radius": 1.0192332636739818,
"localized_energy_relative_to_dispersion": -0.39447553417377024,
"stationary_frequency_shift_at_Q_1": -0.5983221869085655,
"single_attractive_contact_stationary_curvature_sign": "negative"
},
{
"depth": 6,
"stationary_fold_attraction": 1.0271138604895083,
"zero_binding_attraction": 1.9917412148051297,
"trial_attraction": 2.3900894577661553,
"wide_state_inverse_radius": 0.5913605606556573,
"localized_inverse_radius": 1.0189424228469457,
"localized_energy_relative_to_dispersion": -0.40343321237402385,
"stationary_frequency_shift_at_Q_1": -0.5732569495151827,
"single_attractive_contact_stationary_curvature_sign": "negative"
},
{
"depth": 10,
"stationary_fold_attraction": 0.825478123241336,
"zero_binding_attraction": 1.997230555812158,
"trial_attraction": 2.3966766669745896,
"wide_state_inverse_radius": 0.7045957277104976,
"localized_inverse_radius": 1.0144615922628435,
"localized_energy_relative_to_dispersion": -0.4196225392745616,
"stationary_frequency_shift_at_Q_1": -0.5210686985008479,
"single_attractive_contact_stationary_curvature_sign": "negative"
}
],
"pair_mixed_contact_for_orthogonal_components": "Delta U=-g*integral(rho_i*rho_j)+h*integral(rho_i*rho_j*(rho_i+rho_j)) for U=-g*rho^2/2+h*rho^3/3",
"scope": "Fixed-profile dilation ansatz only. Finite scale minima do not establish complete stationary spatial solutions, positive mass-frequency, causal propagation, inertia, or observed particle couplings.",
"sources": {
"experiments/coupling-localization-scale-batch.py": "629f0b7f228f68e1d5e45b96d8a48661b3019b2950759ebf16911fb1f1371e68"
}
}