AXIOM BOINC SESSION LOG
Session timestamp: March 4, 2026 (Europe/Berlin)
Run segment: Part 3 Save & Upload

RESULTS REVIEWED AND CREDIT AWARDED (PART 1)
- Validation pass (part1_validate): reviewed and credited 66 completed uncredited exp_* results.
  - Payload quality: 63 experiment_result JSON, 3 error JSON.
  - Session credit granted: +2279 total (kotenok2000 +400; Steve Dodd +1879).
- Validation pass (part1_validate_0854): reviewed and credited 3 completed uncredited exp_* results.
  - Payload quality: 3 experiment_result JSON, 0 error JSON.
  - Session credit granted: +120 total (kotenok2000 +120).
- Total credited across Part 1 validation activity referenced this session: 69 results, +2399 credit.

STUCK/BROKEN TASK CLEANUP
- Dead-host stuck tasks (>12h run, >6h offline): 0 aborted.
- Hard-ceiling tasks (>48h run): 0 aborted.
- Broken experiment abort sweep: no reproducible experiment-code crash signature; no broad abort applied.
- Observed error/no-reply context: transient WinError 10060 timeout cluster on host 123 in earlier pass; outcome=6 no-reply concentration on hosts 340/339/342 in latest pass.

NEW EXPERIMENTS DESIGNED AND DEPLOYED (PART 2)
1. fiberbundle_delay_healing_entropy.py (new physics/materials experiment)
- Deployment: 120 CPU WUs seeded in this session.
- Design: Weibull disorder shape k {1.5, 2.5, 4.0} x healing delay {0, 4, 16, 64} x healing strength {0.75, 0.90}, finite repair capacity.
- Outputs tracked: failure_load, burst_entropy, burst_rate, tail_burst_cv, delay-vs-zero contrasts, hypothesis flags.

NOVELTY CHECK DOCUMENTATION (NEW EXPERIMENT)
- Query: "fiber bundle model healing delay catastrophic failure burst statistics"
- Query: "self-healing fiber bundle model delayed healing dynamics"
- Query: "equal load sharing fiber bundle avalanche entropy disorder exponent"
- Prior art found on time-dependent FBM fracture/healing and avalanche exponent behavior.
- Novel retained contribution: factorial delayed-healing x disorder x healing-strength sweep with strict finite-repair-capacity constraints, replicated host-level estimation of both failure-load shift and burst-entropy shift as early-warning signal informativeness.

DEPLOYMENT SUMMARY CONTEXT (PART 2)
- CPU top-up: 2029 WUs.
- GPU top-up: 321 WUs.
- New-script seed wave: 120 CPU WUs for fiberbundle_delay_healing_entropy.py.
- Transitioner refresh executed after each major seeding pass.

KEY SCIENTIFIC FINDINGS
1. Newly credited valid runs expanded seed coverage for sandpile_delay_adaptive_dissipation, toggle_delay_adaptive_control, and allee_delay_climate_harvest, with non-trivial runtimes (~820-849s) and intact science outputs.
2. No experiment crossed the 30+ consistent-seed promotion threshold in these validation passes, so no new CONFIRMED FINDINGS were appended.
3. The dominant failure mode remains host/network no-reply (outcome=6) and isolated download timeout behavior, without evidence of a systematic experiment-code crash pattern.
4. A new non-ML fracture-dynamics study (fiberbundle_delay_healing_entropy) was deployed to test whether delayed healing shifts both failure load and burst-entropy early-warning signatures under finite repair budgets.

SESSION CLOSEOUT NOTES
- No cumulative result-ID ledger included here by design; DB remains source of truth for credited result granularity.