{
  "project": "CSM_RH",
  "paper": 46,
  "version": "0.1",
  "date": "2026-09-07",
  "state_transition": "v1.36 -> v1.37",
  "campaign": "43",
  "track": "WL3 STRUCTURED_WEIGHT_DECOUPLING",
  "status": "PASS",
  "checks": {
    "utf8_all_source_files": true,
    "nul_bytes_absent": true,
    "json_parse": true,
    "csv_parse": true,
    "canonical_math_delimiters_only": "$...$ and $$...$$",
    "backslash_math_delimiters_absent": true,
    "unicode_math_operator_substitution_absent": true,
    "math_delimiters_balanced": true,
    "root_claims": {
      "RH_PROVED": false,
      "RH_DISPROVED": false,
      "GLOBAL_RH_CERTIFICATE": false
    },
    "wl3_closure": "CLOSED_AS_NATURAL_L2_SATURATION_BOUNDED_MARK_MULTIPLICITY_AND_DETERMINANT_CYCLE_BARRIER",
    "next": "Campaign 43 / WL4 CROSS_J_PRE_SQUARE_RECOMBINATION",
    "fixed_power_proved": false,
    "automatic_root_promotion": false
  },
  "new_certified_ids": [
    "B-RH-025",
    "B-RH-026",
    "B-RH-027",
    "B-RH-028",
    "O-RH-117",
    "O-RH-118",
    "O-RH-119",
    "O-RH-120"
  ],
  "notes": [
    "WL3 certifies coefficient-energy and geometric method-scope barriers, not an impossibility theorem for all future arithmetic methods.",
    "Smooth and rough carrier energy statements are exponent-resolution statements; logarithmic losses are preserved explicitly in the paper.",
    "External literature is calibration only and is not promoted to a fixed-X-power theorem."
  ]
}