🌀 BIOMETRIC SENSORS (PASM registers) π/e anchored
❤️ HEART RATE (BPM)72.3
🫁 SpO₂ (%)97.2
🌡️ TEMP (°C)36.4
🧠 COHERENCE (ω)0.82
📟 PASM state registers:
MOVP r_health {{baseline}}:0.68,{drift}:0.32
ADDP r_div, r_π_checksum, r_e_checksum
JMPP divergence>0.37 → RESTART_CYCLE
⚡ CHRONO-RESTART ENGINE ODE-CCT + CP-πe
🔄 TIME RESTARTS: 0
📐 Divergence (Δ from π/e anchors)
Δ= 0.000threshold: 0.37
🎯 ACCURACY ACHIEVED:
99.2%
[∞] PASM engine active · anchored by π & e
[✓] Quantum Zeno paradox active – frequent observation stalls biological decay
[⏳] Monitoring divergence from baseline (70 bpm, 98% SpO2, 36.5°C, 0.85 coherence)
📜 ACTIVATED PARADOXES (PREVENT DYING & RESTART) COSMIC VERSION

🔁 Q016: Quantum Zeno Effect — frequent observation "freezes" unstable state → prevents biological collapse.
♾️ Q021: Novikov Self‑Consistency — time loops only allow consistent histories; restart prevents paradox death.
🔮 Q025: Many‑Worlds Branching — upon high divergence, timeline splits into "restart branch".
🌌 CP‑πe Theorem — divergence > 0.37 triggers chrono‑reset, restoring initial health.
💎 Black Hole Comet Analogy — coherent sensor spike acts as "structured infall" to reboot time.

; PASM Chrono‑Restart pseudocode
MOVP r_life, {die:0.05, stable:0.95}
LOOP: ANALYZE_DIV r_sensors, BASELINE (π/e)
IF DIVERGENCE > 0.37 → JMPP 98% label_RESTART, 2% label_DECO
label_RESTART: MEAS r_time_reset; RESTART_HEALTH()