Unworld Derivational Logic

关于

Unworld is a specialized skill for the Claude Code environment that implements a derivational framework to replace traditional time-based logic. By utilizing seed-chaining and mathematical invariants like GF(3) conservation, it allows developers to create deterministic, verifiable, and parallelizable state sequences where each step is derived from its predecessor rather than an external clock. This is particularly useful for systems requiring high-integrity state transitions, Nash equilibrium simulations, and involution-based verification in complex algorithmic environments.

主要功能

• 2 GitHub stars
• Nash equilibrium modeling through best-response derivational dynamics
• Multi-stream triadic chains with GF(3) algebraic conservation
• Observer-independent state derivation without external clock dependencies
• Involution-based verification for self-inverse forward and backward derivations
• Deterministic seed-chaining using SplitMix64 and golden ratio constants

使用场景

• Building verifiable and reproducible state machines for decentralized systems
• Generating deterministic color schemes or assets using topological seed patterns
• Simulating game theory scenarios and Nash equilibria using derivational rounds