UNNS Neural Symbolic Engine

🚀 Quick Start

Welcome to the UNNS Neural Symbolic Engine! This is an interactive visualization of a quantum-inspired neural network. Watch as nodes activate, form connections, and create emergent patterns.

The network runs automatically - nodes pulse and connect in real-time
Use the Control Panel (right side) to adjust parameters
Watch the Cognitive Commentary (top left) for system insights
Create symbolic equations with the Equation Composer (bottom)

⚡ Control Parameters

Validation (V): Controls node activation threshold
Entanglement (ψ): Sets quantum correlation strength between nodes
Decoherence: Rate of quantum state collapse
Memory Depth: How many previous states each node remembers

🎭 Archetypes

Archetypes are cognitive patterns that influence network behavior:

φ Architect: Structure and golden ratio harmony
ψ Explorer: Recursive depth exploration
ρ Synthesizer: Integration and emergence
λ Oracle: Vision and foresight
π Weaver: Connection patterns
α Alchemist: Transformation
ν Navigator: Pathfinding
σ Harmonizer: Balance
∞ Shapeshifter: Emerges when blending archetypes at 40-60%

🔮 Equation Composer

Click the "Equation Composer" button at the bottom to create symbolic patterns:

Click glyphs to build equations
Use preset patterns for complex behaviors
Special patterns trigger unique network states
Example: ψ ⊗ ψ → ∞ creates maximum entanglement

🎮 Action Buttons

Activate Attractor: Apply selected archetype to network
Quantum Collapse: Force wavefunction collapse on all nodes
Silent Mode: Toggle cognitive commentary on/off
Reset Network: Clear all activations and start fresh
Pause/Resume: Control network animation

📊 Understanding the Display

Cyan lines: Active neural connections (brightness = strength)
Purple dashed lines: Quantum entanglement between nodes
Node glow: Activation level (brighter = more active)
White dashed circle: Node in collapsed quantum state
Coherence Field bar: Overall network synchronization

💡 Pro Tips

Blend two archetypes at 50% ratio to summon the Shapeshifter
High entanglement creates non-local correlations between distant nodes
Watch for golden messages in commentary - they indicate peak resonance
Experiment with equation patterns to discover hidden behaviors
The network remembers past states - memory depth affects pattern emergence