Does this skill support database integration?

Yes, it includes pre-defined DuckDB schemas for storing harmonic transport results, abelian extension metadata, and Artin symbols.

What is harmonic centrality in this context?

In this skill, harmonic centrality is formulated through Sheaf-theoretic Laplacian eigenfunctions, where harmonic functions are sections in the kernel of the Laplacian matrix.

What is 'ablative' transport?

Ablative transport is a type-theoretic formulation inspired by Latin grammar where the source of a data movement is treated as an essential part of the identity of the transported object.

How does GF(3) conservation work?

The skill ensures triadic symmetry across field extensions (trits -1, 0, +1), ensuring the sum of state values remains conserved (congruent to 0 mod 3) during transport.

Harmonic Centrality Transport

Name: Harmonic Centrality Transport
Author: plurigrid

byplurigrid

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Data Science & ML

Facilitates topological transport of data structures using harmonic centrality and GF(3) Galois actions for conserved graph-based operations.

About

Harmonic Centrality Transport is a specialized skill designed for developers working with complex topological systems, graph theory, and number theory. It unifies Sheaf Laplacian eigenfunctions with abelian extensions of the rational numbers to perform 'ablative' transport—a method where the source identity is encoded directly into the transport path. By utilizing GF(3) triadic symmetry and CPT conservation, this skill ensures mathematical rigor in state transitions across graph-based architectures, making it ideal for advanced scientific computing, color space manipulation, and linguistic modeling in type-theoretic environments.

Key Features

Performs ablative transport based on Homotopy Type Theory (HoTT)
Provides DuckDB schema integration for topological data persistence
Implements GF(3) Galois actions for triadic symmetry conservation
2 GitHub stars
Calculates harmonic centrality using Sheaf Laplacian eigenfunctions
Supports CPT symmetry operations for color space and chromaticity

Use Cases

Linguistic modeling of ablative case structures in type theory
Scientific data transport requiring strict algebraic conservation laws
Modeling state transitions in topological chemputers or complex graph networks

About

Key Features

Performs ablative transport based on Homotopy Type Theory (HoTT)
Provides DuckDB schema integration for topological data persistence
Implements GF(3) Galois actions for triadic symmetry conservation
2 GitHub stars
Calculates harmonic centrality using Sheaf Laplacian eigenfunctions
Supports CPT symmetry operations for color space and chromaticity

Use Cases

Linguistic modeling of ablative case structures in type theory
Scientific data transport requiring strict algebraic conservation laws
Modeling state transitions in topological chemputers or complex graph networks