[{"type":"thinking","thinking":"Task 0.4 committed. Next is 0.5 — cloning zeta-23-lean from GitHub, which needs network access. Per STATE.md and my earlier note, ask the user. Also give a status summary. Time ~11:45am, fine to continue but the clone needs approval.","signature":""},{"type":"text","text":"**Task 0.4 complete** (committed `a60a9ac`). Summary:\n\n- **E-001 PASSED**: R(ψ₀) = 4/3 exactly; R(ψ_MT) = ½ + (1/√2)cot(1/√2) = 1.32749930 (60-digit check). Certificates: 2−R = **0.67250070**, (3−R)/2 = **0.83625035** — matching the paper.\n- **The machine caught my error**: my hand decimal for cot(1/√2) in D-004 was slightly off (1.170078 vs correct 1.17026056). Symbolic identity was right; decimals are now corrected with a dated correction note. The adversarial loop worked as designed.\n\n**Phase 0 status:** 0.1 ✔, 0.2 ✔ (all 5 sub-stages), 0.3 ✔, 0.4 ✔. Remaining: **0.5** (zeta-23-lean) and **0.6** (numerical sandbox).\n\nTask 0.5 requires cloning `github.com/anthropics/zeta-23-lean` (tag v1.0) from the network. How do you want to proceed?"},{"type":"tool_use","id":"AskUserQuestion_92","name":"AskUserQuestion","input":{"questions":[{"header":"Task 0.5","options":[{"description":"I run git clone into D:\\Python\\Quantum\\zeta-23-lean, check out tag v1.0, and inspect the structure + axiom audit docs.","label":"Yes, clone it now"},{"description":"Do 0.6 (numerical sandbox: 10⁴ zeros, finite G̃, empirical tr/HS/inertia checks) now; clone the Lean repo later.","label":"Skip to 0.6 first"},{"description":"Run the session-end protocol now; do 0.5/0.6 in the next session.","label":"Stop for today"}],"question":"Task 0.5 needs to clone the zeta-23-lean repository from GitHub (network access). Proceed?"}]},"extra_content":null}]