Skill UI

A comprehensive guide for structuring and writing high-quality AI research manuscripts intended for major academic conferences (e.g., AAAI). It teaches how to structure the first page for maximum impact, clearly state contributions (method, theory, system, etc.), ensure two-column readability, and address ethical limitations to appeal to a broad, non-specialist committee audience.

A comprehensive guide for structuring pure mathematics manuscripts, focusing on exposition, logical flow, and readability for expert non-specialists. It emphasizes stating theorems before proof, maintaining consistent notation, and using commutative diagrams or figures only when they clarify complex relationships better than prose.

This skill guides authors in refining and polishing academic manuscripts for submission to top-tier political science journals, such as APSR. It teaches how to tighten prose, ensure cross-subfield readability, adhere to stringent formatting rules (APSA Style Manual), and manage strict word count limits without sacrificing intellectual rigor. Use this when preparing a final draft for publication.

This guide helps authors structure, refine, and polish academic manuscripts for Comparative Political Studies (CPS) journals. It ensures the prose is tightly focused, the argument is stated clearly from the start, and the paper adheres to the specific house formatting (e.g., 11,000-word limit, unstructured abstract, APA style). It improves readability and structure without altering the core analysis.

This skill provides a comprehensive guide to elevating academic legal writing to the rigorous standard of a Harvard Law Review (HLR). It focuses on structural discipline, including crafting compelling introductions (problem, claim, stakes, roadmap), maintaining the distinct text-vs-footnote division of labor, and adopting a plain, formal, and active prose style for maximum readability by generalist scholars.

This guide helps authors structure lengthy academic manuscripts, ensuring the main text maintains a clear, focused narrative while relegating supportive, detailed evidence to the appendices or supplementary materials. It outlines the 'determinative' principle, advising where to place hyperparameters, extended experiments, proof details, and code links to meet high journal standards and maximize readability for reviewers.

This guide provides comprehensive standards for structuring rigorous academic manuscripts, especially those in quantitative or mathematical fields. It emphasizes unifying notation (one symbol, one meaning), explicitly stating all assumptions, and separating core statements from lengthy proofs to maximize readability for journal reviewers.

This skill refines complex philosophical prose, ensuring rigorous arguments are highly accessible and easy to follow for a broad academic readership. It focuses on maximizing clarity, achieving linguistic economy, and ensuring all technical concepts are accompanied by plain-language exposition. Ideal for final drafting passes, improving readability, and adhering to strict word limits.

This comprehensive guide helps authors determine if their materials science manuscript meets the high conceptual bar set by Nature Materials. It covers expected advances (e.g., new design principles, structure-property relationships), required experimental evidence (e.g., state-of-the-art characterization, mechanistic proof), and necessary house style guidelines for cross-disciplinary readability.

Provides comprehensive guidelines for authors submitting long-form research papers to academic journals like PR&AI. It teaches how to strategically segment content, ensuring core arguments reside in the main text while detailed proofs, extra experiments, and supplementary data are moved to appendices, maintaining academic rigor and readability.

This guide provides comprehensive best practices for structuring tables and figures (exhibits) in empirical finance papers. It addresses the strict 60-page journal limit, advising authors on how to present core findings, identify mechanisms, and display robustness evidence while maintaining readability. Learn how to move mechanical grids to appendices, focus the main body, and ensure every visual element is self-contained and highly interpretable for top-tier referees.

This comprehensive guide details the specific structural and stylistic requirements for submitting high-quality theoretical computer science papers to top-tier conferences like STOC. It addresses how to frame the initial theorem statement, structure the technical overview, maintain notation economy, and effectively budget the limited page space to ensure maximum academic rigor and readability for diverse expert audiences.