How does GF(3) typing categorize my email actions?

Actions are assigned trits: MINUS (-1) for consumption like reading, ERGODIC (0) for coordination like labeling, and PLUS (+1) for generation like sending replies.

What is ANIMA condensation in the context of Gmail?

ANIMA condensation is a process that transforms raw email messages into stable, condensed states where interaction trits reach a mathematical equilibrium, signaling that a thread is fully processed.

How does this skill achieve Inbox Zero?

It defines Inbox Zero as a 'condensed equilibrium state' where all threads reach saturation and satisfy GF(3) conservation laws, ensuring no pending actions are leaked or duplicated.

What are Narya proofs used for?

Narya proofs provide formal verification to ensure queue consistency, replay determinism, and that no interactions leak between different logic fibers in your workflow.

Do I need specific tools to use Gmail ANIMA?

Yes, it integrates with the Google Workspace MCP (Model Context Protocol) to execute Gmail actions while providing the topological guarding layer.

Gmail ANIMA

Name: Gmail ANIMA
Author: plurigrid

byplurigrid

•

生産性とワークフロー

Transforms Gmail into a topological system using ANIMA condensation and GF(3) logic to achieve mathematical Inbox Zero equilibrium.

概要

Gmail ANIMA is a specialized workflow skill that applies the ANIMA framework to email management, treating the inbox as a topological chemputer. By mapping Gmail interactions to GF(3) trits—categorized as MINUS (consumption), ERGODIC (coordination), and PLUS (generation)—it routes messages through triadic queue fibers to ensure information conservation. This skill is ideal for developers and power users who require a rigorous, state-based approach to email triage, saturation detection, and formal verification of communication workflows using Narya proofs.

主な機能

GF(3)-typed interaction mapping for consistent information flow
Automated saturation detection for inbox-zero-as-condensed-state
2 GitHub stars
Sheaf Cohomology verification to detect global inbox obstructions
Triadic queue routing (MINUS/ERGODIC/PLUS fibers)
Narya proof integration for workflow consistency and non-leakage

ユースケース

High-volume email triage using mathematical equilibrium principles
Formal verification of automated email responses and label workflows
Topological monitoring of communication thread stability and saturation

概要

主な機能

GF(3)-typed interaction mapping for consistent information flow
Automated saturation detection for inbox-zero-as-condensed-state
2 GitHub stars
Sheaf Cohomology verification to detect global inbox obstructions
Triadic queue routing (MINUS/ERGODIC/PLUS fibers)
Narya proof integration for workflow consistency and non-leakage

ユースケース

High-volume email triage using mathematical equilibrium principles
Formal verification of automated email responses and label workflows
Topological monitoring of communication thread stability and saturation