BLACK HOLE STABILIZATION

Simulation ↔ Proof-of-Concept in Superposition
❄️ SOLID
🔥 LIQUID
💥 GAS
📐 THEORETICAL FRAMEWORK
Stabilization Phase
SUPERPOSITION
ψ-Particle Cloud Activity
--
Hawking Radiation Rate
--
Black Hole Mass 50 M⊕
ψ-Particle Density 0.5
ER=EPR Coupling Strength 0.5
Superposition Amplitude
|Ψ⟩ = α|Base⟩ + β|Sim⟩
Core Temperature
-- K
💻 OMNI-PASM RUNTIME
Runtime State
IDLE
Question TSP Progress
Q1: Mass?
Q2: Spin?
Q3: Charge?
Q4: Horizon?
Q5: Singularity?
Q6: Radiation?
Q7: ψ-Coupling?
Q8: Entropy?
Q9: Stability?
❄️ Solid 🔥 Liquid 💥 Gas
; Omni-PASM: BH Stabilization
INIT:
ALLOC_BULK r_bh, mass=50
HOLO_PROJ r_bh -> r_horizon
; Waiting for input...
📜 SYSTEM LOG
0.000
Skiss Entropy
0.00 J
Landauer Cost
0%
Stability Index
0%
Path Erasure