How does GF(3) conservation work in this skill?

The skill tracks 'trits' (-1, 0, 1) across different agents and ensures that the sum of skill trits across a staging gate remains congruent to 0 mod 3, maintaining system-wide symmetry.

What is the purpose of the dual Fokker-Planck check?

The dual check uses two different temperatures—0.01 for exploration and 0.001 for exploitation—to confirm that a skill trajectory has reached a true equilibrium and that the mixing time was sufficient.

Why is the triangle inequality verified?

Triangle inequality verification ensures that the logical distance between the actual world and various counterfactual worlds is geometrically consistent, preventing impossible state transitions.

What are the rama and goblins conditions?

These represent distributed capability requirements. A staging gate is only passed if the system can access either the 'rama' path, the 'goblins' path, or both, as defined in the counterfactual world protocol.

Gay Fokker-Planck Staging

Name: Gay Fokker-Planck Staging
Author: plurigrid

byplurigrid

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安全与测试

Implements a dual-layered Fokker-Planck equilibrium protocol to verify skill staging gates through counterfactual world analysis.

关于

Gay Fokker-Planck Staging is a sophisticated coordination skill for Claude Code designed to ensure rigorous state verification during the development lifecycle. By enforcing two independent Fokker-Planck equilibrium checks at varying temperatures, the skill validates that system trajectories have reached stable convergence. It mandates the creation of accessible counterfactual worlds—specifically rama, goblins, and hybrid paths—while verifying geometric consistency via the triangle inequality. This skill is essential for maintaining GF(3) conservation and ergodic stability in complex topological computing environments where distributed capability requirements must be strictly satisfied.

主要功能

Mandatory generation of rama, goblins, and hybrid counterfactual worlds
2 GitHub stars
Automated triangle inequality verification for world accessibility metrics
GF(3) conservation monitoring across staging gates and agent walks
Dual Fokker-Planck equilibrium verification for exploration and exploitation phases
Ergodic coordination for distributed capability requirement fulfillment

使用场景

Verifying distributed capability requirements before skill activation
Ensuring mathematical convergence and stability in complex skill trajectories
Maintaining topological consistency in high-integrity computing environments

关于

主要功能

Mandatory generation of rama, goblins, and hybrid counterfactual worlds
2 GitHub stars
Automated triangle inequality verification for world accessibility metrics
GF(3) conservation monitoring across staging gates and agent walks
Dual Fokker-Planck equilibrium verification for exploration and exploitation phases
Ergodic coordination for distributed capability requirement fulfillment

使用场景

Verifying distributed capability requirements before skill activation
Ensuring mathematical convergence and stability in complex skill trajectories
Maintaining topological consistency in high-integrity computing environments