{
  "schema": "classical-reconstruction-boyer-magnetic-audit/v1",
  "status": "ZEEMAN_COEFFICIENT_MATCH_SELECTION_MECHANISM_PARTIAL",
  "source": {
    "title": "Magnetic Field Applied to the Classical Hydrogen Atom Treated in Classical Electrodynamics with Classical Zero-Point Radiation",
    "arxiv": "2606.08785",
    "retrieved_source_sha256": "411b892ca60f807b5e3d8788a7dd4a5a3097fa7b2de5556fa9debb53c30440ca",
    "review_status": "2026 arXiv preprint; not treated as peer-reviewed confirmation",
    "markers_verified": {
      "two_level_claim": true,
      "two_resonant_trajectories": true,
      "no_spin_claim": true,
      "energy_difference_equation": true
    }
  },
  "coefficient_test": {
    "ground_action_input": "|Lz|=hbar from the separately audited ground circular balance",
    "branch_shift_J_per_T": 9.2740100657e-24,
    "two_branch_separation_J_per_T": 1.85480201314e-23,
    "equivalent_statement": "branches +/- mu_B B, total separation 2 mu_B B"
  },
  "selection_audit": {
    "credit": "the preprint supplies a physical resonance narrative in which a magnetic field selects clockwise/counter-clockwise ground-orbit families and predicts a two-way energy splitting",
    "unearned": "no stochastic trajectory calculation is shown that evolves a generic isotropic ensemble into exactly two stable detector-output populations with the observed line shape/weights",
    "classification": "COEFFICIENT_DERIVED_SELECTION_ASSERTED"
  },
  "scope_limits": [
    "This coefficient comparison is not a reconstruction of full hydrogen Zeeman/hyperfine spectroscopy.",
    "The proton magnetic moment, hyperfine coupling, anomalous magnetic moment and relativistic/QED corrections are outside this audited model.",
    "A two-way Stern-Gerlach narrative is not credited as a quantitative beam-profile prediction without trajectory statistics.",
    "The source is a 2026 preprint and is treated as a mechanism proposal."
  ],
  "interpretation": "With |Lz|=hbar, the classical orbital branch calculation yields the same leading electron two-state magnetic energy separation 2*mu_B*B. The numerical coefficient is therefore not uniquely diagnostic of intrinsic spin. The unresolved burden is dynamical selection and the rest of magnetic spectroscopy."
}