Which research communities does this skill cover?

It specifically maps connections between the Plurigrid ecosystem, AlgebraicJulia, the Topos Institute, Anthropic engineers, and various Julia scientific computing clusters.

What does 'GF(3) Classification' mean in this context?

It is a mathematical classification system used by the skill to categorize repositories into three roles: -1 for Infrastructure, 0 for Bridges/Ergodic systems, and +1 for Application-level software.

How does it help with Model Context Protocol (MCP) development?

The skill identifies a 'constellation' of MCP servers within the bmorphism and plurigrid repositories, helping developers find existing tools for OCaml, Babashka, and other specialized environments.

What is the bmorphism-interactome skill?

It is a specialized Claude Code skill used to map and explore the 'interactome'—the network of contributors and collaborations—within specific research communities focused on category theory and topological computing.

Bmorphism Interactome Explorer

Name: Bmorphism Interactome Explorer
Author: plurigrid

byplurigrid

•

협업 도구

Maps and analyzes collaborations across the Plurigrid ecosystem, Topos Institute, and AlgebraicJulia research communities.

소개

The bmorphism-interactome skill is a specialized discovery tool designed to navigate the complex social and technical intersections of category theory, Julia scientific computing, and the Anthropic Model Context Protocol (MCP) ecosystem. It allows users to explore 'cobordisms' between research communities, identify key bridge contributors across organizations like Topos Institute and AlgebraicJulia, and analyze repository clusters using GF(3) classification. This skill is essential for researchers and developers looking to understand the lineage of categorical software, track cross-pollination between AI and mathematics, and discover emerging tools within the Plurigrid constellation.

주요 기능

Classifies software projects using GF(3) trit values for systemic organization
Provides scripted GitHub API workflows for deep network and repository discovery
Maps cross-community collaborations via shared GitHub contributors and followers
Analyzes the Plurigrid repository ecosystem and its specialized MCP integrations
2 GitHub stars
Identifies 'cobordisms' or bridges between research entities like Topos Institute and AlgebraicJulia

사용 사례

Identifying influential contributors bridging Applied Category Theory and practical software engineering
Discovering relevant libraries within the Julia Scientific and MCP server ecosystems for specialized AI agents
Mapping the evolution of topological chemputing through repository forks and contributor intersections

소개

주요 기능

Classifies software projects using GF(3) trit values for systemic organization
Provides scripted GitHub API workflows for deep network and repository discovery
Maps cross-community collaborations via shared GitHub contributors and followers
Analyzes the Plurigrid repository ecosystem and its specialized MCP integrations
2 GitHub stars
Identifies 'cobordisms' or bridges between research entities like Topos Institute and AlgebraicJulia

사용 사례

Identifying influential contributors bridging Applied Category Theory and practical software engineering
Discovering relevant libraries within the Julia Scientific and MCP server ecosystems for specialized AI agents
Mapping the evolution of topological chemputing through repository forks and contributor intersections