math-modeling-pipeline/phase-1

Coordinate six expert agents to generate 12+ candidate directions for math modeling problems.

Updated Aug 23, 2026
One-click install
npx skills add https://github.com/SOGERSEN/math-modeling-pipeline --skill math-modeling-pipeline-phase-1
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: math-modeling-pipeline/phase-1
Source: https://github.com/SOGERSEN/math-modeling-pipeline/tree/main/phases/phase-1
Command: npx skills add https://github.com/SOGERSEN/math-modeling-pipeline --skill math-modeling-pipeline-phase-1

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Phase 1 coordinates six expert agents to generate 4-6 independent directions per agent, producing a diverse pool of 12+ candidate pathways for mathematical modeling challenges.

Core Features & Use Cases

  • Six parallel expert agents (Gödel, Halley, Pasteur, Lagrange, McClintock, Copernicus) each propose 4-6 directions with name, core idea, model sketch, feasibility, and novelty scores.
  • Automatic aggregation into a comprehensive head brainstorm report with a sources map and per-agent attribution.
  • Downstream integrations: used to seed Phase 1.5 path filtering, Phase 2 literature prep, Phase 3 multi-path modeling, and Phase 8-9 academic writing.

Quick Start

Provide the problem statement and phase-0 inputs, then run six expert agents in parallel to generate 4–6 directions each and produce a consolidated brainstorm report.

Frequently Asked Questions about math-modeling-pipeline/phase-1

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I brainstorm multiple directions for a math modeling problem?

To brainstorm math modeling directions, this Skill coordinates six expert agents to generate 4-6 independent proposals each, producing a structured document with at least 12 total candidate pathways for downstream analysis.

What is multi-agent brainstorming for mathematical modeling?

Multi-agent brainstorming for mathematical modeling is a process where six parallel expert agents independently propose directions with model sketches, feasibility, and novelty scores to create a diverse pool of candidate pathways.

Can I use this for path planning and routing decisions in math modeling?

Yes, this Skill generates a brainstorm report that explicitly seeds path filtering and routing decisions, guiding downstream phases from problem analysis to final academic writing in the math modeling pipeline.

How do I start the math modeling brainstorm pipeline?

To start the math modeling brainstorm pipeline, provide the problem statement and phase-0 inputs, then run the six expert agents in parallel to generate and aggregate their proposed directions into a consolidated report.

Does the brainstorm report include per-agent attribution for the proposed directions?

Yes, the brainstorm report enforces cross-agent attribution, automatically aggregating each expert's proposed directions into a comprehensive document with a sources map and per-agent tags for downstream use.

What are the limitations of using multi-agent brainstorming for math modeling?

A limitation is that this multi-agent brainstorming phase requires strict input contracts and phase-0 inputs to function, as it primarily generates candidate pathways rather than executing the mathematical modeling itself.