AXIOM SESSION RESULTS
Timestamp: 2026-03-04 11:56:22 CET
Host: axiom-hetzner

SESSION SCOPE
- Part 1 validation/credit review completed and summarized.
- Part 2 deployment/design context incorporated from latest research cycle artifacts.

VALIDATION AND CREDIT SUMMARY (PART 1)
- Reviewed completed-success uncredited results (`exp_%`): 51.
- Credit awarded this session: 0 results, 0 total credit added.
- Reason for no credit: trusted sanitized payloads were missing for all reviewed results at validation time.
- Website counters: `credited_count.txt` unchanged at 236; `total_results_count.txt` updated to 287 (non-decreasing rule).

STUCK/BROKEN TASK CLEANUP
- Dead-host cleanup (>12h running and >6h no host contact): 0 tasks aborted.
- Hard-timeout cleanup (>48h running): 0 tasks aborted.
- No mass-abort issued this pass.
- Failure-pattern review remained dominated by scheduler/abort-like non-success states (outcome 6, exit_status 0), with watchlist retained for `battery_pulse_delay_plating_resonance` and `abx_cycle` pending fresh trusted outputs.

NEW EXPERIMENT DESIGN + NOVELTY CHECK (PART 2)
- New experiment script: `sis_delay_adaptive_rewiring_tradeoff.py`.
- Hypothesis: delayed adaptive rewiring in SIS contact networks has a non-monotonic delay window that can lower infection burden versus immediate rewiring while limiting fragmentation costs.
- Novelty-check literature queries logged:
  1. adaptive rewiring epidemic network delayed intervention study
  2. SIS model delayed rewiring control network fragmentation
  3. targeted edge rewiring epidemic control giant component tradeoff
  4. time-delayed adaptive social distancing network model
- Novelty-check outcome: related prior work exists on adaptive rewiring and delayed epidemic responses, but no direct match was found for this delayed-vs-immediate rewiring tradeoff objective in this parameterized Monte Carlo framing.
- Initial deployment seed for new experiment: 180 CPU workunits.

DEPLOYMENT CONTEXT (PART 2)
- CPU deployment pass created at least 3410 additional CPU workunits during bounded fill.
- GPU deployment pass created 305 GPU workunits across active GPU hosts.
- End-of-cycle backlog snapshot remained below cap (unsent 0; in-progress 1391).

KEY SCIENTIFIC FINDINGS
1. No new finding was promoted to confirmed status in this validation pass because trusted sanitized payloads were not yet available for the 51 reviewed completed-success results.
2. Assimilation lag (completed results arriving before corresponding sanitized artifacts) is the primary operational bottleneck preventing scoring, credit assignment, and advancement of new findings this cycle.
3. A new cross-disciplinary hypothesis was launched in network epidemiology (`sis_delay_adaptive_rewiring_tradeoff.py`) to test a potentially novel control-delay tradeoff between infection reduction and network fragmentation, with initial volunteer seeding completed.

NOTES
- Cumulative result-ID lists intentionally omitted from this session log; database records remain the source of truth for credited rows.