minimax-wave-collapse

name: minimax-wave-collapse description: Execute wave-function collapse operations for hyperdimensional state space navigation in PMOVES. This skill should be used when performing quantum-inspired pathfinding, state collapse operations, or wave-function navigation. keywords: [wave-collapse, hyperdimensional, quantum, state-space, collapse-ops] version: 1.0.0 category: PMOVES/MiniMax

MiniMax Wave Collapse

Execute wave-function collapse operations for hyperdimensional state space navigation with MiniMax native support.

Purpose

Perform wave-function collapse operations on hyperdimensional state spaces for PMOVES agent navigation. Leverages MiniMax's native model capabilities for fast tactical inference on quantum-inspired pathfinding.

Capabilities

• 🌊 Execute wave-function collapse on state vectors
• 🎯 Collapse superpositions to concrete states
• 🧭 Navigate hyperdimensional state spaces
• ⚡ Fast collapse via MiniMax inference
• 🔮 Probabilistic path selection

Integration Points

• MiniMax Model: M2.7 (1M context) or M2.1 (100K context)
• TensorZero: Routes collapse ops through localhost:3030
• BoTZ Gateway: PMOVES-BoTZ/ submodule
• Agent Trails: pmoves/docs/AGENT_TRAILS.md
• NATS Subject: pmoves.hyperdims.collapse.v1

Resonance Key

Per pmoves/docs/MINIMAX_INTEGRATION.md:

Key: hyperdimensional-ops
Description: wave-function collapse operations

Workflow

1. Define State Superposition

# State superposition
superposition:
  dimension: 1024
  states:
    - weight: 0.4
      vector: <embeddings>
    - weight: 0.35
      vector: <embeddings>
    - weight: 0.25
      vector: <embeddings>

2. Execute Collapse

# Via MiniMax inference
curl -X POST http://localhost:3030/v1/collapse \
  -H "Content-Type: application/json" \
  -d '{
    "superposition": <state_vector>,
    "temperature": 0.7,
    "context": <agent_context>
  }'

3. Extract Collapsed State

{
  "collapsed_state": <concrete_vector>,
  "probability": 0.42,
  "entropy": 1.23
}

Double Slit Dynamics

Per pmoves/docs/AGENT_TRAILS.md:

• Observation Effect: Measurement collapses the wave function
• Interference Patterns: Parallel execution tracks
• Time Crystals: Context snapshots for rewind/shift

Example Usage

User: "Navigate agent to next best action using wave collapse"

Agent:
1. Loads agent context (position, goals, constraints)
2. Generates superposition of possible actions
3. Executes collapse via MiniMax
4. Extracts collapsed action vector
5. Validates against constraints
6. Returns executable action

Trigger Phrases

• "wave function collapse"
• "execute collapse"
• "hyperdimensional navigation"
• "quantum pathfinding"
• "collapse state vector"