Concept Anatomy for Openclaw

Concept Anatomy uses an intensive 8-dimensional cognitive framework to dissect single concepts from origin to core epiphany.

jack-long-2022
v1.0.0
Jun 26, 2026
0
355
0

Install & Download

1. ClawHub CLI

The fastest way to install a skill directly from the registry.

npx clawhub@latest install concept-anatomy

2. Manual Installation

Copy the skill folder to one of these locations

Global
~/.openclaw/skills/
Workspace
<project>/skills/

Priority: Workspace > Local > Bundled

3. Prompt Installation

Copy this prompt to OpenClaw to install it automatically.

Help me install concept-anatomy using Clawhub. If Clawhub is not installed, install it first (npm i -g clawhub).

Prefer to download?

Get the raw skill files in a ZIP archive.

What is Concept Anatomy?

Concept Anatomy elevates standard information gathering into an algorithmic, structural dissection of cognitive frameworks. Instead of flat definitions and simplistic examples, this skill applies a multi-dimensional surgical tool approach to decode the absolute DNA of any given concept, compressing the finalized analysis into an ultimate epiphany of fewer than 30 characters or words.

By moving away from superficial search results, the framework ensures a highly thorough grasp of advanced topics. It is especially tuned for cognitive development, strategic investments, and technical cross-disciplinary learning.

Concept Anatomy Use Cases

  • Dissecting complex technical, philosophical, or cross-disciplinary concepts from absolute ground zero.
  • Preventing cognitive pitfalls where basic lookup definition is mistaken for genuine structural understanding.
  • Performing strategic concept specification to feed upstream investment analysis frameworks.
  • Generating dense, structured breakdowns of abstract ideas to formulate technical documentation or essays.

How Concept Anatomy Works

  1. History Dimension: Analyzes the emergence context, origin story, and the original problem the concept was created to solve.
  2. Dialectics Dimension: Maps the positive, negative, and opposing perspectives to identify strict semantic boundaries.
  3. Phenomenon Dimension: Identifies three concrete, real-world manifestations or everyday expressions of the concept.
  4. Language Dimension: Traces the root words, etymology, synonyms, and antonyms to prevent term misuse.
  5. Form Dimension: Formulates an abstract mathematical, logical, or graphical depiction of the core logic.
  6. Existence Dimension: Outlines the exact parameters, conditions, and thresholds where the concept emerges or ceases to exist.
  7. Aesthetics Dimension: Bridges the concept to corresponding artistic, aesthetic, or design representations for deep memory retention.
  8. Meta-Reflection Dimension: Uncovers common misconceptions and exposes blind spots in initial understanding before delivering the final condensed epiphany.

Concept Anatomy Setup

This cognitive framework is deployed as an agent skill. It triggers automatically upon specific query syntax.

To integrate it natively into your local Openclaw Skills pipeline, clone the skill folder into your active workspace registry:

mkdir -p .openclaw/skills/concept-anatomy
cp -r ./concept-anatomy/* .openclaw/skills/concept-anatomy/

Concept Anatomy Data Schema & Taxonomy

The skill standardizes its operational boundaries and outputs through a discrete, multi-tier documentation architecture:

Document Purpose
SKILL.md Core specification, taxonomy mapping, priority scoring, and boundary validation rules.
PROCESS.md Implementation mechanics detailing the execution steps across all eight analytical dimensions.
EXAMPLES.md Reference execution datasets including structural demonstrations for Antifragility, Options, and Emergence.

Concept Anatomy Advanced Features

  • Investment Mode Modification: Dynamically pivots the 8-dimension dissection to focus on financial asset behaviors, market inefficiencies, and strategic second-curve investment logic.
  • Multi-Agent Flow Chaining: Connects natively as an intermediate processing node, ingesting outputs from deep-questioning and feeding structured schemas into decision matrices.
  • Sub-Concept Decomposition Guardrails: Automatically flags over-generalized topics and prompts the user to break down overarching terms into scannable sub-components.

SKILL.md


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