[{"type":"text","text":"Done. Full summary of the recovery and closeout:\n\n**E-011 root cause (the killed session):**\n- The failing data was written by an **older script revision** — the session was killed 34 min after fixing the script but before re-running it\n- Two real bugs fixed: hardcoded `LAMBDA1_KNOWN` was wrong from digit 22 (now flint-verified to 100 digits), and an `mp.dps` getter typo\n- Bonus lesson logged to memory + STATE.md: the CLI kills Bash tasks at ~2–10 min; long runs now go through a detached-process pattern\n\n**Final E-011 result (n_max=2000, dps=1000) — ALL CHECKS PASS:**\n- λ₁ error 4.31e-102; cross-check vs E-008 zero-side worst ratio 0.125\n- **λ_n > 0 for all n ≤ 2000** (Li's criterion, arithmetic side, zero-free)\n- Self-consistency 6.67e-705; λ₂₀₀₀ = 5351.76; refined asymptotic ratio 1.00216\n- Filed as **R-001** [NUMERICAL-VALIDATED]\n\n**Archive state (crash-safe):**\n- `b04e50a` — paper reorg + E-010 extended sweep\n- `c97cb0c` — Session 004 END: E-011 + R-001 + journal + STATE.md\n- NGUYEN.md checklist 3.2 and Result Ledger updated; research.db registered\n\n**Fork rule status:** forks 1 (E-010) ✅ and 2 (E-011) ✅ done. Remaining: fork 3 (de Bruijn–Newman heat flow vs 2/3-density) and fork 4 (ξ′-analogue). STATE.md has the full resume point. Ready to start fork 3 whenever you are."}]