What is the core purpose of the alice-chirality skill?

It provides a specialized framework for reasoning about handedness, symmetry breaking, and the structural relationships between physics, linguistics, and mathematics.

How does the skill use GF(3) mapping?

It uses Galois Field 3 to map handedness to trits: -1 for left-handed, +1 for right-handed, and 0 for achiral or ergodic states, allowing for computational conservation checks.

How does this skill handle the difference between helicity and chirality?

It defines chirality as a Lorentz-invariant intrinsic property and helicity as a frame-dependent spin projection, noting that they only coincide for massless particles.

What is 'Jabberwocky syntax-physics' within this skill?

It refers to the ability to derive structural meaning from grammar and syntax independently of semantics, a concept formalized through categorical grammar and DisCoPy.

Alice Chirality & Symmetry Reasoning

Name: Alice Chirality & Symmetry Reasoning
Author: plurigrid

byplurigrid

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学習とドキュメンテーション

Explores the intersections of physics, linguistics, and categorical grammar through the lens of symmetry breaking and chirality.

The alice-chirality skill provides a specialized conceptual framework for Claude to reason about mathematical symmetry, physical chirality, and linguistic syntax. By leveraging concepts from particle physics (helicity vs. chirality), categorical grammar, and literary metaphors like 'Alice Through the Looking Glass', it helps users model complex transformations and understand structural meaning without semantic overhead. This skill is particularly useful for developers and researchers working with multi-scale systems, from protein modeling to the formalization of DisCoPy and reversible computing.

主な機能

01Analyzes syntax-physics relationships through categorical grammar patterns

02Facilitates bilingual reasoning through symmetry-broken naming frameworks

038 GitHub stars

04Maps handedness to GF(3) trits for computational chirality tracking

05Distinguishes between frame-dependent helicity and Lorentz-invariant chirality

06Models enantiomeric reflections and symmetry breaking in biological systems

ユースケース

01Modeling chiral molecules and enantiomeric pairs in computational chemistry

02Developing logic for reversible computing and time-symmetric algorithms

03Applying categorical grammar principles to complex linguistic structures

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add plurigrid/asi alice-chirality

For use in Claude.ai and ChatGPT

Download Skill