research-review
Get deep, critical, NeurIPS/ICML-style peer reviews of your research, paper drafts, and experimental setups using external LLMs via Codex MCP.
Discover reusable agent skills, browse implementation details, and find the right skill for your workflow.
185 skills found
Get deep, critical, NeurIPS/ICML-style peer reviews of your research, paper drafts, and experimental setups using external LLMs via Codex MCP.
Streamline technical documentation by generating, updating, and refining README files. Tailors content for specific audiences including OSS contributors, internal teams, and personal projects.
Transform raw data into compelling, decision-driving narratives using visualization strategies, story frameworks, and persuasive structures for analytics and executive reporting.
Intelligent strategic planning and requirements gathering with multi-perspective consensus loops and structured deliberation.
An AI-powered engine for creating high-performing LinkedIn posts, featuring research-backed hooks, proven structures, and engagement-focused formatting for B2B, thought leadership, and founder content.
Implement an AI agent delegation architecture to keep your main context clean, reduce token costs, and isolate specialized infrastructure or API tasks.
Explains complex concepts using master teaching frameworks like Feynman, Socratic, and Cognitive Load theory to ensure deep, clear understanding.
Draft and optimize LinkedIn posts for 0 Finance using performance-backed hooks, professional storytelling, and strict regulatory compliance guidelines.
Deep inquiry framework using Socratic questioning to examine beliefs, uncover hidden assumptions, test evidence, and reach nuanced understanding without lecturing.
Create and manage Claude Code skills using Anthropic best practices: triggers, hooks, and progressive disclosure.
Create and update comprehensive GitHub issues with full technical context to prevent requirement loss and reduce implementation friction.
Discover and recommend combinations of agent skills to complete complex, multi-faceted tasks using Maximum Quality or Minimum Dependencies strategies.