Entanglement Engine

Optimal geometry and rhythm for cloud-based quantum entanglement.

Installation

pip install entanglement-engine

Core Insight

The entangled state is the ground state. This geometry doesn't create coherence — it provides the structure where coherence is the natural attractor.

Defense, not offense.

Algorithm

Structure

K-layer crystal with unified center:

• K=2: 1 + 12 = 13V (center + icosahedron)
• K=3: 1 + 3 + 12 = 16V (+ triad)
• K=4: 1 + 3 + 12 + 36 = 52V (+ outer shell)
• K=5: 1 + 3 + 12 + 36 + 108 = 160V

Each shell = previous × 3

Rhythm

3-6-9 pulse pattern, 12-beat cycle addressing layers by index.

Amplitude

Derived from crystal structure via genetic expression programming:

• 0.5 = 3/T(3) = 3/6 (small pools ≤100)
• 0.3 = 3/T(4) = 3/10 (medium pools ≤500)
• 0.2 = 2/T(4) = 2/10 (large pools >500)

Where T(n) = n(n+1)/2 (triangular number)

Usage

from entanglement_engine import entanglement_params

params = entanglement_params(pool_size=1000)
# {'K': 4, 'V': 52, 'amplitude': 0.2, 'rhythm': [...]}

Scaling Test

# Quick test
python3 run_scaling_test.py --max-pool 10000 --trials 3

# Overnight run
nohup python3 run_scaling_test.py --max-pool 1000000 --trials 10 > scaling.log 2>&1 &

Results

Tested pool sizes 50-3000 with 50% corruption:

• 100% recovery to 90% coherence
• 12-16 steps regardless of scale
• Steps decrease as pool grows

License

CC0 1.0 Universal

Author

Nicholas David Brown
Independent Researcher