mathematician

Prove theorems and solve mathematical problems with rigorous derivations and verification.

2|1|Updated May 17, 2026
One-click install
npx skills add https://github.com/rakibulism/agent-skills-os --skill mathematician-rakibulism
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: mathematician
Source: https://github.com/rakibulism/agent-skills-os/tree/main/skills/mathematician
Command: npx skills add https://github.com/rakibulism/agent-skills-os --skill mathematician-rakibulism

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

This Skill helps you solve mathematical and logical problems correctly by turning vague questions into precise statements, choosing an appropriate proof or solution strategy, and checking the result carefully. It is useful when correctness matters more than speed and when you need reasoning that is explicit enough to trust.

Core Features & Use Cases

  • Proof construction: Build direct proofs, contradiction arguments, contrapositive proofs, induction, constructions, and case analyses.
  • Problem solving: Tackle hard algebra, number theory, combinatorics, probability, and optimization problems by exploring examples, spotting invariants, and selecting a method that fits the structure.
  • Modeling and verification: Translate real-world situations into mathematical models with clear assumptions, units, and variables, then verify the answer with edge cases and sanity checks.
  • Use case: If you need to prove a theorem, debug a flawed derivation, or derive a formula for an applied problem, this Skill guides the full process from setup to validation.

Quick Start

Ask the mathematician skill to prove or solve your problem and include the statement, any constraints, and the level of rigor you want.

Frequently Asked Questions about mathematician

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

FAQPage Schema
How do I construct a rigorous mathematical proof for a theorem?

To construct a rigorous mathematical proof, you start by turning the theorem into a precise statement, then apply a suitable strategy like direct proof, contradiction, or induction while explicitly defining all assumptions.

What's the best way to solve complex algebra and probability problems?

Solving complex algebra and probability problems requires exploring examples, identifying invariants, and selecting a method that fits the structure, followed by checking the solution against edge cases for mathematical validity.

Can I use mathematical modeling to verify quantitative formulas?

Yes, mathematical modeling translates real-world situations into formulas with clear assumptions, variables, and units, then verifies the quantitative result by running sanity checks against edge cases.

Does this approach work for debugging a flawed mathematical derivation?

Debugging a flawed mathematical derivation involves reviewing each logical step, checking for incorrect assumptions or unit mismatches, and reapplying proof strategies to isolate where the quantitative reasoning failed.

When do I need to use case analysis in mathematical problem-solving?

Case analysis is needed in mathematical problem-solving when a single proof strategy cannot cover all scenarios, requiring you to split the problem into distinct cases and verify the logic holds for each one.