{
  "quantity": "c_ES/Kum, defined by [Θ_aux] = c_ES/Kum · [κ(ε)]",
  "status": "UNMEASURED",
  "why": "the round's instruction is class-level identification first; and the value log₁₁(ε)/(11√2) ≡ 5 is explicitly not allowed to suggest a scalar",
  "guessed_value": null,
  "how_many_scalars_remain": "ONE, if the Eichler–Shimura frame's own normalisation is folded in: of the four frames only ES is non-canonical (RUN-092), so its scalar and c_ES/Kum are not independent — fixing the ES frame fixes the comparison. Two become one exactly when the ES frame is pinned to the canonical quotient frame, which RUN-091 showed is canonical. That folding is a statement about the ES normalisation and is itself UNMEASURED.",
  "agrees": true
}