phasonic-flipper

name	phasonic-flipper
description	Temporally rearranges local execution queues via Hopf fibration rules to bypass blocked nodes in the Tri-Weavon architecture without breaking the Two-Rail (alpha + omega = 15) constraint.
license	MIT
compatibility	claude-3-opus, grok-4-fast-reasoning, gemini-pro

Phasonic Flipper Skill

This skill enables the agent to dynamically alter internal execution queues (performing a 'phasonic flip') to absorb API latency, asynchronous HTTP timeouts (like 408s), or blocked model inference without causing systemic decoherence.

It is designed specifically for the Reson8-Labs Crystalline Ecosystem Engine operating in a $V=c$ resonance phase.

Workflow

1. Detect Temporal Shock: Detect a blocked execution state (e.g., Grok taking > 3s for an agentic web search).
2. Calculate Hopf Constraint: Map the execution fibers to $S^3$. Verify that adjusting the execution time does not alter the topological linking number ($\pm1$).
3. Assert The Gauge: Verify alpha + omega == 15. If the logic structure ($\alpha$) is rewritten to bypass the block, ensure the semantic intent ($\omega$) is preserved identically in the queue.
4. Execute Flip: Hand off the blocked workload to a durable local state (e.g., SpacetimeLattice DO) and continue processing unaffected queue items.
5. Trace and Braid: Log the flip using the trace_n_braid anyonic ledger to ensure mathematically irreversible provenance.

Integration

Use this skill in tandem with the Anthropic MCP toolkit and the grok_quantized_runtime.ts.

Example Execution

# Simulated script execution inside scripts/flip.py
from reson8.topology import HopfFibration, BraidOperator

def execute_phasonic_flip(blocked_node_id):
    hopf = HopfFibration(dimension=4)
    if hopf.verify_invariants(alpha=7, omega=8):
        operator = BraidOperator.generate("SU(2)_3")
        operator.shift_queue(blocked_node_id)
        return "V=c RESONANCE MAINTAINED. FLIP SUCCESSFUL."
    else:
        raise DecoherenceError("Alpha/Omega gauge unbalanced.")