What is the purpose of the quadruple pendulum model?

It models the relationship between four database clusters as a dynamical system, ensuring that context retrieval is non-linear and explores the 'database space' in a way that mimics complex cognitive associations rather than simple linear searches.

What does GF(3) balance mean in this context?

GF(3) refers to ternary logic (values of -1, 0, 1). The skill uses this to ensure that the 'walks' through different database clusters remain mathematically balanced, preventing the AI's context from becoming biased toward a single domain.

Do I need DuckDB installed to use this skill?

Yes, this skill interacts directly with local DuckDB database files and requires the DuckDB CLI and Babashka (Clojure) environment to execute the interleaving scripts.

Can I customize the databases used in the interleave?

Yes, the database registry within the script can be modified to point to your own .duckdb files and specific tables, allowing you to tailor the knowledge injection to your specific project needs.

DuckDB Quadruple Interleave

Name: DuckDB Quadruple Interleave
Author: plurigrid

byplurigrid

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데이터 과학 및 ML

Facilitates chaotic context injection by performing interleaved random walks across multiple DuckDB database clusters using coupled pendulum dynamics.

소개

This metaskill enhances Claude's contextual awareness by simulating a quadruple pendulum system to traverse and retrieve data from four distinct DuckDB database clusters: Cognition, Knowledge, Entropy, and Genesis. By employing Hamiltonian dynamics and GF(3) ternary logic, it ensures a balanced and non-linear retrieval of information, weaving disparate data points into a coherent cognitive stream. This is particularly useful for complex research, creative knowledge synthesis, and maintaining architectural consistency across large-scale agentic systems that require structured yet chaotic information flow.

주요 기능

Chaotic context retrieval using coupled pendulum Hamiltonian dynamics
Deterministic random walks powered by SplitMix64 PRNG
GF(3) trit balance conservation to maintain structural integrity of data walks
2 GitHub stars
Multi-database interleaving across four specialized clusters (P1-P4)
Seamless integration with local DuckDB instances for high-speed data access

사용 사례

Synthesizing insights from large, disconnected knowledge bases and session logs
Managing state and context for multi-agent systems via a topological 'chemputer' approach
Generating novel connections between research papers, code snippets, and topological data

소개

주요 기능

Chaotic context retrieval using coupled pendulum Hamiltonian dynamics
Deterministic random walks powered by SplitMix64 PRNG
GF(3) trit balance conservation to maintain structural integrity of data walks
2 GitHub stars
Multi-database interleaving across four specialized clusters (P1-P4)
Seamless integration with local DuckDB instances for high-speed data access

사용 사례

Synthesizing insights from large, disconnected knowledge bases and session logs
Managing state and context for multi-agent systems via a topological 'chemputer' approach
Generating novel connections between research papers, code snippets, and topological data