What academic topics does this skill cover?

It covers Colored Operads, 2-Dimensional Type Theory (2TDX), Higher Observational Type Theory (HOTT), Spectral Gap & Mixing, and Categorical Diagrams (DisCoPy).

What is the primary focus of the Hatchery & Papers skill?

It provides research resources and implementation patterns for topological computing, specifically focusing on Chicken Scheme eggs and academic papers on higher-dimensional type theory and operads.

Can I use this for implementing color logic?

Yes, the skill includes specific templates for GF(3) conservation as a coloring constraint and maps the 2TDX shadow system to colored operad structures.

Which programming languages and tools are supported?

The skill primarily supports Chicken Scheme (via Hatchery eggs) and provides integration examples for Elisp (gay.el) and the Narya proof assistant.

Hatchery & Papers Research Guide

Name: Hatchery & Papers Research Guide
Author: plurigrid

byplurigrid

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Learning & Documentation

Provides a comprehensive library of Chicken Scheme eggs and academic research for topological computing and higher-dimensional type theory.

This skill serves as a specialized research and implementation companion for developers working with topological chemputers, colored operads, and higher observational type theory. It bridges the gap between theoretical academic papers—including works on Theta Theory and 2TDX—and practical implementation using Chicken Scheme 'Hatchery' eggs. Users can access structured guidance on GF(3) conservation, Narya proof assistant integration, and spectral gap optimization for faster mixing times in Markov chains.

Key Features

01Integration patterns for the Narya proof assistant and gay.el environments

022 GitHub stars

03Curated library of Chicken Scheme Hatchery eggs for color logic and mathematics

04Research guides for spectral gap optimization and Ramanujan graph theory

05Implementation templates for GF(3) conservation and colored operad merges

06Direct references to academic papers on colored operads and 2D type theory

Use Cases

01Building topological logic systems using Chicken Scheme and color-coded operads

02Researching the intersection of category theory, quantum circuits, and formal proofs

03Implementing higher-dimensional type theory in functional programming environments

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add plurigrid/asi hatchery-papers

For use in Claude.ai and ChatGPT

Download Skill