[{"type":"thinking","thinking":"Still locked — the user has paperA.pdf open in a viewer. I shouldn't kill their viewer. I'll commit the tex+bib changes now (the source of truth), note the PDF needs regeneration once they close the viewer, and clean up the verify artifacts.\n\nActually — alternative: copy paperA-verify.pdf over paperA.pdf? Same lock problem (can't write the file). Can't do it without the user closing the viewer.\n\nPlan: commit paperA.tex + references.bib now; delete the paperA-verify.* artifacts (keep paperA-verify.pdf? No — it's a build artifact; the committed paperA.pdf will be regenerated. Delete all verify files). Tell the user: close the PDF viewer and tell me (or run the compile themselves) so the committed PDF refreshes.\n\nWait — actually, let me reconsider. The git-tracked paperA.pdf is now STALE (it corresponds to the previous commit's tex... no wait — the tracked paperA.pdf at commit ab47b78 matches the ab47b78 tex). If I commit only tex+bib now, the repo has new tex with an old PDF. The user reads the PDF, so they'll want the fresh one. Best: commit tex+bib, ask them to close the viewer so I can rebuild + commit the PDF. Or hold the commit until they close it. Crash-safe protocol favors committing now. I'll commit tex+bib now, then when they close the viewer I rebuild and commit the PDF.\n\nLet me clean up verify artifacts first, then commit.","signature":""},{"type":"text","text":"Still locked — you have paperA.pdf open in a viewer. I'll commit the source now and refresh the PDF once you close it. Cleaning up verify artifacts and committing tex+bib."},{"type":"tool_use","id":"Bash_137","name":"Bash","input":{"command":"cd /d/Python/Quantum/research/paper && rm -f paperA-verify.aux paperA-verify.bbl paperA-verify.blg paperA-verify.log paperA-verify.out paperA-verify.pdf paperA-verify.fdb_latexmk paperA-verify.fls texput.log && cd /d/Python/Quantum && git add research/paper/paperA.tex research/paper/references.bib && git -c user.name=\"NGUYEN-RH-1\" -c user.email=\"research@local\" commit -m \"$(cat <<'EOF'\nSession 043 Paper A revision 3: Rosser Thm-19 form + notation separation (user-verified)\n\n- N(T) = F(T) + S(T) exact-identity claim REPLACED by Rosser's direct\n  Riemann-von Mangoldt error bound |N(T) - P(T)| <= 0.137 log T +\n  0.443 log log T + 1.588 (T >= 1467, P(T) = (T/2pi)log(T/2pi e) + 7/8),\n  cited [Thm 19, Rosser 1941] — verified against the PNTAnd blueprint\n  (Thm 8.3.1 = Rosser Thm 19, range T >= 1467 confirmed); the old\n  N = F + S form was not exact (theta remainder, cited Trudgian-II\n  Cor. 1: +0.2/T0); window bounds now derived by endpoint differencing\n  N(T2) - N(T1) <= P(T2) - P(T1) + R(T2) + R(T1)\n- Notation collision resolved: Keiper normalization renamed Lambda_n ->\n  kappa_n (lambda_n = n*kappa_n, the Keiper-Li relation, cf. Voros\n  Eq. (12) — which independently confirms the factor n); Lambda_n now\n  denotes only Voros's deformed sequence (his notation, verified\n  against arXiv:1703.02844), resolving the one-page double meaning\n- P(T) for the classical main term; F retained solely for the enlarged\n  formal majorant (F/P collision removed)\n- MZeroProp documentation strengthened: exact E-023 certificate\n  parameters (grid step 0.002, 30-digit, sampled max 1.33237, sampled\n  Lipschitz 1.4076, one full-step allowance = 2x the (h/2)L coverage,\n  charged 1.3352), the sampled-vs-interval-certified distinction stated\n  honestly, additive-40M_0 slack note, E-023b box-cover upgrade queued\n- bib: johansson2015 note uses kappa_n per the text's notation\nVerify build (jobname): 13 pp, zero overfull, zero undefined refs.\nNOTE: paperA.pdf regeneration blocked by a viewer lock at commit time;\ntex/bib committed, PDF to be rebuilt once the viewer is closed.\nEOF\n)\" && git log --oneline -5","description":"Clean verify artifacts and commit revision 3 sources"},"extra_content":null}]