{
 "tm": "1RB0RA_1LC0RE_0LC0LD_1RD1LB_0RF1RA_0RB---",
 "status": "STUCK",
 "stage": "informal_proof",
 "updated": "2026-10-10",
 "reason": "Parked 2026-10-10 (auto-applied recommendation): Lemma T and shape condition K are new math; reopen if the queue runs dry. Twin #2 of pilot #2 (A1 0RA vs parent 0RF). Pass 3 after skeptic review (1 fatal, 5 minor): all 5 minor gaps fixed (RIncs_eq re-parse inside Lemma C, compiled with Example sweep_LS01; Lemma D 1-or-L; canonical/#S<=1 in G and P; Lemma U replaces determinism; orbit claims scoped, 1.25 bound attained at sweep 2). FATAL gap remains: no inductive invariant J closes the domain theta(x) <= N (proof.md 3.3.5). Refuted: G, J0, J2, J3, J3 with any N >= N0 ((2^(m+1)-4, 00001), m = 4..20), J4. New: V* (L after p digits counts 2^p) makes the sweep exactly affine, V*(x') = N + c(x) (proved); Lemma T 2theta <= V* - 1 is a conjecture (exhaustive to 11 tokens); J4 := ends1 and V* <= 2N+1 fails at (257, 10000000L1) but 400 random J4 starts x 25 sweeps never leave the domain. Missing: a proof of T and a shape condition K on L positions bounding c(x) <= N + 3 that is preserved. Not a cryptid.",
 "proof_md": "proof.md",
 "check_script": "check_proof.py",
 "unclaimed": "Results row 1048: class only (Bell eats counter); no Discord",
 "stuck": "proof.md 3.3.5: closing invariant J = J4 and K; Lemma T (conjecture) and condition K (not found)",
 "parked": "Parked 2026-10-10 (auto-applied recommendation): Lemma T and shape condition K are new math; reopen if the queue runs dry.",
 "relation": "neighbour of #2: one transition away (A1 0RA vs 0RF); its run differs and #2's proof does not carry over",
 "parent": "1RB0RF_1LC0RE_0LC0LD_1RD1LB_0RF1RA_0RB---"
}