Unworld: Derivational Seed Chaining

关于

Unworld is a specialized logic engine for Claude Code that implements a non-temporal, derivational system based on the concept of a 'topological chemputer.' By replacing external clock-based time with internal seed-chaining, it enables perfectly deterministic state transitions that are verifiable, parallelizable, and frame-invariant. This skill is ideal for developers building high-integrity systems, multi-agent simulations, or cryptographic state machines where every transition must be mathematically derived and provable using GF(3) conservation principles.

主要功能

• Nash equilibrium derivation via best-response dynamics for multi-agent systems
• Deterministic seed chaining using golden ratio constants and SplitMix64 multipliers
• Triadic chain interleaving for synchronized multi-stream state management
• Involution verification to ensure self-inverse forward and backward derivations
• GF(3) balanced color chain generation for algebraic state conservation
• 2 GitHub stars

使用场景

• Designing high-integrity state machines where every transition is mathematically verifiable
• Implementing non-temporal simulations for multi-agent systems and game theory applications
• Creating deterministic procedural generation systems that require strict algebraic invariants