Axiom BOINC Session Results
Timestamp: 2026-03-04 15:48 CET validation pass (compiled on server)
Host: local project server

SESSION SUMMARY
- Final validation pass reviewed 43 newly completed uncredited exp results (ID range 1662268..1677980).
- Sanitized numeric payload availability was 0/43 for this pass, so quality scoring could not run.
- Credit awarded this pass: 0 total (session cap 10000).
- User/host total_credit values remained unchanged in this pass.

VALIDATION AND CREDIT (PART 1)
- Reviewed uncredited completed results: 43.
- Matching sanitized files found: 0/43 in /opt/axiom/experiment_results/sanitized/.
- Quality outcome: no sanitized numeric payloads available; no per-result credit updates applied.
- Total credit awarded: 0.

CLEANUP AND OPERATIONS
- Dead-host stuck-task sweep (>12h running and >6h no contact): 0 aborted.
- Hard-ceiling sweep (>48h running): 0 aborted.
- Broken-queue status at final pass: exp_rw_reset_fatigue_nonrenewal active=0, exp_adaptive_voter_delay_rewiring active=0.
- Session context from earlier validation cycles: broken active queues were drained/aborted when failing persistently, and remained fully drained by the final pass.
- Fail-rate diagnostics: elevated failures continue to be dominated by administrative abort/no-reply (outcome=6), especially on hosts 287 and 340, not reproducible script-crash signatures.

NEW EXPERIMENTS DESIGNED AND DEPLOYED (PART 2)
1. metapop_allee_corridor_hysteresis.py (ecology)
- Hypothesis: fatigue/recovery in adaptive corridor control can create re-entrant threshold optimality under Allee risk.
- Deployment: 120 initial CPU WUs.
- Novelty check: literature supports Allee/connectivity threshold effects and synchrony risks, but no direct match for fatigue-driven adaptive corridor trigger re-entrance mapping.

2. kuramoto_islanding_fatigue_reclosure.py (power-systems nonlinear dynamics)
- Hypothesis: delayed adaptive islanding with fatigue/reclosure hysteresis yields re-entrant resilience vs threshold.
- Deployment: 87 initial CPU WUs.
- Novelty check: islanding and delay effects are known, but no direct prior match found for fatigue + delayed reclosure threshold-reversal mapping.

3. cstr_poison_purge_reentrance.py (chemical reactor dynamics)
- Hypothesis: adaptive purge with fatigue-limited effectiveness produces an intermediate threshold productivity optimum under stochastic feed disturbances.
- Deployment: 120 initial CPU WUs.
- Novelty check: catalyst deactivation/regeneration and adaptive control are established, but not this explicit fatigue-threshold re-entrance test design.

4. fput_adaptive_damping_fatigue.py (nonlinear lattice physics)
- Hypothesis: adaptive high-frequency damping with controller fatigue yields re-entrant threshold behavior for recurrence retention under stochastic forcing.
- Deployment: 120 initial CPU WUs.
- Novelty check: recurrence/damping studies exist, but no direct match surfaced for fatigue-limited adaptive trigger re-entrance mapping.

KEY SCIENTIFIC FINDINGS
1. No new validated scientific result was promoted this session because sanitized numeric outputs were unavailable for reviewed completed results.
2. The 30+ seed cross-validation promotion threshold was not reached for any new hypothesis during this cycle.
3. Previously confirmed findings remain intact (including robust WD interaction effects), while this session's primary blocker to new confirmations was the paused sanitized-output pipeline.
4. Re-entrant-threshold hypothesis testing was expanded across four new domains (ecology, power grids, chemical reactors, nonlinear lattice physics), with novelty checks documented and no direct duplicate prior-art match found for the specific fatigue-coupled control formulations.

OPEN FOLLOW-UPS
- Investigate why sanitized `_safe.json` generation paused after 2026-03-04 11:37 CET despite continuing exp result completions.
- Investigate transitioner notices about "WU has too many total results (1)" on historical families.
- Confirm scheduler/transitioner propagation timing where newly created WUs appear before corresponding result rows in immediate checks.