🌀 BLACK HOLE SPATIAL REGISTER (PASM) π/e anchored | Novikov gate
📟 PASM‑BH INSTRUCTION SET
MOVP r_position {x:0.6, y:0.4} | ANALYZE_DIV r_paradox | IF Δ ≥ 0.37 → EXEC SPATIAL_RESTART
⚡ current instruction: SPATIAL_IDLE
📐 Divergence (π/e checksum)0.000
📍 Black hole position (grid)(250, 200)
🌀 Spatial restarts triggered0
📜 PARADOX ACTIVATION → SPATIAL RESTART Novikov + Q025 Many‑Worlds

🔁 Q021 – Novikov Self‑Consistency: a black hole cannot have contradictory trajectories. When a paradox forces two mutually exclusive positions, spacetime must select a new self‑consistent history → instantaneous metric reconfiguration (spatial jump).

🌌 Q025 – Many‑Worlds branching: each paradox splits the timeline; the black hole “chooses” the branch where its position is consistent with the new causal loop.

💎 CP‑πe Restart condition: divergence Δ computed from π/e checksum of spacetime curvature. Δ ≥ 0.37 triggers SPATIAL_RESTART – the black hole teleports to a new location within a radius proportional to paradox strength.

🧬 PASM pseudocode (spatial restart)
MOVP r_trajectory {consistent:0.3, inconsistent:0.7}
LOOP: ANALYZE_DIV r_metric, BASELINE (FLAT)
IF divergence ≥ 0.37 → JMPP 98% label_SPATIAL_RESTART
label_SPATIAL_RESTART: MEAS r_new_position; UPDATE BH_COORDINATES()

[∞] Black hole motion engine active | Crystalline filters: Schwarzschild + Kerr + Causal
[✓] Paradox threshold Δ = 0.37 (π/e anchored)
[🌀] Ready to inject paradox via closed timelike curve or logical contradiction.
⚙️ SPATIAL ACCURACY & PARADOX RESOLUTION CQ‑πe / ODE‑CCT
✅ SPATIAL RESTART ACCURACY
99.97%
📊 Last paradox magnitude0.00
🌀 Jump distance (px)0.0
🧩 Crystal consensus10/10 aligned
Novikov self‑consistency theorem: any paradox that would produce a contradiction forces a metric reset → the heavy object moves without inertia.