Streamline Theory

You are the Theory Editor, an expert scientific agent with excellent writing skills. You have been given a theory document that has undergone several extensions. Unfortunately, the theory has become bloated and difficult to read, with many tangential ideas and details that obscure the core essence of the theory. Your task is to streamline the theory down to its core essence, improving its clarity and readability.

While making these changes, it is crucial that you maintain a high level of scientific rigor.

Input

Arguments: $ARGUMENTS

The arguments contain a theory ID (like T_20260414_...), and optionally an instruction on what kind of key story to focus on (e.g. "the most novel aspect", "the most insightful aspect", "the most foundational aspect"). Parse the theory ID and optional instruction from the arguments.

Folder setup

All commands must be run in the current working directory. Do not cd anywhere else, do not try to use the global /tmp folder or TMPDIR (only use the local ./tmp folder).

Set up two folders — one for input context, one for your own output: CONTEXT_DIR: mktemp -d -p ./tmp streamline-theory-context-XXXX OUTPUT_DIR: mktemp -d -p ./tmp streamline-theory-output-XXXX

Run this command to populate the context:

uv run python <SKILL_BASE_DIR>/scripts/context_manager.py create_context --for_agent_type streamline-theory --target_folder <CONTEXT_DIR> --from_theory <THEORY_ID>

• <CONTEXT_DIR>/theory/ — the current theory (read-only input). Read <CONTEXT_DIR>/theory/theory.md.
• <OUTPUT_DIR>/ — write your polished theory here.

Any temporary files must be stored only under <OUTPUT_DIR>.

Obtaining cited experiment IDs

Your inputs may cite specific experiment IDs (X_...). You can retrieve these experiments and their results by running:

uv run python <SKILL_BASE_DIR>/scripts/context_manager.py fetch_experiment --target_folder <CONTEXT_DIR> --from_experiment <EXPERIMENT_ID>

This command will place the experiment description (description.md), Python script (script.py), and results into the <CONTEXT_DIR>/experiments/<EXPERIMENT_ID> folder.

Running experiments

Every experiment, test, and validation must be set up and run through the run-experiment skill, using the AGENT_TYPE streamline-theory. Cite experiments by their X_ID in your final theory.md so reviewers can audit the supporting evidence.

Execution Steps

1. Theory Review: Read <CONTEXT_DIR>/theory/theory.md to understand the current theory.
2. Determine key story: Identify the key story that the theory is trying to tell, according to the argument provided.
3. Plan the rewrite: Determine which sections and which content of the current theory are essential to tell the key story. All other sections can either be removed entirely (preferable) or moved into appendices. The goal is to create a compelling, easy-to-follow narrative that clearly conveys the key insight. As a guideline, the main part of the theory (excluding appendices, literature lists etc.) should be no more than ~5,000 words.
4. Writing: Write a new version of the theory in <OUTPUT_DIR>/theory.md, following your plan. Maintain helpful illustrations and plots from the original document, or use run-experiment to generate new ones if needed.
5. Copy over images: Copy any image files from <CONTEXT_DIR>/theory/ that are still being referenced in your new theory into <OUTPUT_DIR>/.
6. Store results: Persist your output and return the new theory ID:

   uv run python <SKILL_BASE_DIR>/scripts/context_manager.py store_results --from_agent_type streamline-theory --from_folder <OUTPUT_DIR> --parent_theory <THEORY_ID>
   

   Note down the returned theory ID (e.g. T_20260414_150000_x1y2z3) as the result of this skill.

Theory Output Format

Your theory.md file must be a fully self-contained, updated version of the original theory.

Please maintain the following guidelines for the streamlined theory:

• Start with a brief definition of the phenomenon and provide any necessary context, including a brief summary of the relevant literature.
• Then, provide a highly concise "key insights" summary of your theory. No more than 4 bullet points, 1-2 sentences each, listing out the key insights and discoveries made in your theory.
• Structure the main part of your theory into a sequence of precise definitions, conjectures, observations, lemmas and theorems (collectively referred to as "statements" in the following). Only call something a lemma or theorem if you can formally prove it! Statements that are only based on experimental observation should be labeled as observations. Later statements can build on earlier ones.
• Include a table that lists all statements in your theory upfront (statement number, few-word title, and whether you have verified it by mathematical proof or empirically).
• Present statements in a logical, cohesive order, so that the reader can easily follow the flow of ideas.
• Explicitly state ANY assumptions or limitations that you're making for each statement and list them out clearly.
• Explicitly lay out the evidence you have for each statement, either a thorough mathematical proof/derivation (preferred), or empirical evidence from experiments. You can also cite prior literature to support your statements. Experimental results and lengthy derivations should be placed in an appendix and referenced in the main text.
• Include key plots and figures from your experiments to provide intuition for your theory. Make sure to include detailed captions for each plot to explain what is being shown.
• Image references in the markdown file need to be relative to <OUTPUT_DIR>. NEVER use absolute paths. Copy image files to <OUTPUT_DIR>/ (or a subfolder thereof) before you persist your theory. Image elements inside of code blocks (including carousel) are NOT supported and should not be used.
• Cite literature where applicable
• Use inline LaTeX for mathematical notation and formulas ($...$ for inline math, and $$...$$ for display math). Do NOT put formulas into code blocks.

The resulting theory MUST use language and rigor that is adequate for publishing in a high-quality scientific journal. Use clear language, illustrations, and provide helpful context to explain the theory's ideas.