Skill UI

This guide provides a comprehensive project management framework for submitting research to major robotics conferences, particularly RSS. It maps out the complex annual cycle, from abstract submission to final presentation, detailing critical deadlines, required milestones (like hardware trials and writing drafts), and fallback options at sibling venues (IROS, CoRL, ICRA). Essential for researchers managing time-sensitive academic pipelines.

This skill bridges theoretical econometric designs (DiD, IV, RDD, SCM, DML) to concrete, audited statistical estimates. It orchestrates the necessary tool calls to fit models, generate comprehensive diagnostics, and report reliable findings, ensuring that every academic claim is backed by executable, traceable code. Essential for advanced causal inference research.

This toolkit guides the entire academic publishing lifecycle, acting as a central router across multiple venues. It sequences critical steps—from selecting the ideal target journal (`rt-journal-match`) through data execution, submission readiness checks, simulated referee review, point-by-point rebuttal drafting, and generating the final replication package. It provides a structured, end-to-end process for researchers submitting complex manuscripts.

This comprehensive guide provides structured rules for writing the two most critical components for high-impact scientific submissions (like Science/AAAS): a one-sentence summary and a polished abstract. It teaches authors how to shift focus from methodology to quantified results and broad implications, ensuring the work is accessible and compelling to a general scientific readership.

A comprehensive guide for converting disparate reference styles (e.g., APA, Nature) into the highly specific format required by AAAS Science. This includes managing continuous numbering across main text and supplementary materials, ensuring full author lists, abbreviating journal titles, and applying specific citation mechanics.

A comprehensive guide to ensure scientific manuscripts meet the highest standards of reproducibility. It mandates documenting the deposition of all necessary data (e.g., GenBank, PDB, GEO), archiving custom analysis code with DOIs (e.g., Zenodo), and detailing sharing plans for unique reagents and materials. Crucial for primary data underlying research conclusions.

This tool acts as a comprehensive workflow router for manuscripts aiming for top-tier journals like Science. It doesn't write the content but guides the user through essential stages—from initial significance testing to final submission and rebuttal. It diagnoses bottlenecks and suggests the next specialized skill needed, ensuring the manuscript meets high standards for general interest and structure.

This skill provides specialized guidance for authors aiming to publish in the flagship journal, Science. It covers the journal's unique requirements, including cross-disciplinary significance, policy relevance, rigorous methodology standards, and optimal structuring. Use it to re-frame and strengthen your manuscript before official submission.

This comprehensive guide helps authors determine if their multidisciplinary scientific work is suitable for Science Advances, a major AAAS open-access journal. It details the journal's scope, required methodological rigor, house style, and submission checklist, helping authors re-frame and position their research for maximum impact within the AAAS family.

This skill helps researchers evaluate whether their manuscript aligns with the scope and practical orientation of specific academic journals. It provides structural advice, outlines key evidence requirements (e.g., patent quality, data analysis), identifies common rejection pitfalls, and guides the user through official submission checks for highly specialized journals.

This comprehensive guide outlines the scope, required evidence, and structural standards for submitting mechanistic immunology research to Science Immunology (Sci Immunol). It details how to position studies with translational relevance, emphasizing the combination of human clinical data with in vivo mouse models. It serves as a critical tool for authors to assess the manuscript's fit, adherence to AAAS standards, and overall scientific rigor before submission.

This skill provides a detailed guide to the requirements and positioning of Science Robotics (Sci Robot), an AAAS journal. It helps authors determine if their robotics research meets the high bar for broad scientific or societal significance. Key areas covered include demonstrated real-world capability, required quantification of physical performance, AAAS submission structure, and best practices for venue selection, making it essential for authors targeting top-tier journals.