Skill UI

This guide helps researchers determine if their applied microeconomics topic aligns with the deliberately narrow scope of a top Industrial Organization (IO) journal. It provides a structured framework to sharpen vague ideas into focused, mechanism-driven, and policy-relevant questions concerning antitrust, regulation, market structure, and firm strategy.

This guide teaches advanced researchers how to articulate the novel contribution of a research paper, especially for highly competitive finance and economics journals. It provides structured techniques—such as defining counterfactuals, quantifying impacts, and establishing clear generality hooks—to ensure the work is defensible against the highest academic scrutiny and withstand rigorous referee review.

Comprehensive guidelines for auditing and reproducing high-stakes empirical financial research. This resource details the rigorous standards required for top-tier finance journals, covering sample construction, identifying variables, advanced econometric modeling (e.g., panel data, factor pricing), handling international cross-market data, and establishing a fully reproducible data pipeline. Essential for ensuring the robustness and credibility of finance findings.

This guide provides a comprehensive strategy for elevating the credibility of finance manuscripts to the standard of top-tier journals. It details rigorous methods for empirical causal identification (DID, IV, RDD, natural experiments) and ensures theoretical rigor by assessing assumptions, generalizability, and proof exposition. It helps researchers stress-test their work's core logic.

This guide details the comprehensive policy for preparing research replication packages for academic journals, especially in finance. It covers structuring code, handling proprietary data (pseudo-datasets, logs), drafting Data Availability Statements, and ensuring full traceability of results for successful publication.

This guide helps researchers evaluate whether a finance research topic meets the general-interest and intellectual standards of top-tier academic journals. It provides critical frameworks, such as testing for a "first-order question," "generality," and "top-three standards," ensuring the idea has broad appeal beyond a niche field. Ideal for pre-submission vetting and refining academic arguments.

This guide provides comprehensive style and revision rules for manuscripts submitted to top-tier finance journals, such as the Review of Finance (RoF). It helps authors transform their research into highly polished, general-finance readable prose, focusing on structuring the abstract (under 150 words), adhering to double-blind anonymity, maintaining Chicago citation style, and meeting strict length constraints (e.g., 60-page cap). Use this when your core results are stable and you are polishing the final draft for publication.

A comprehensive guide for packaging robotic research artifacts (code, policies, ledgers, hardware specs) for peer review and public release. It details the necessary steps to ensure maximum reproducibility, auditability, and permanence, covering both anonymous review-time evidence and citable public repositories.

A comprehensive guide for positioning research papers in competitive robotics conferences. It teaches authors how to move beyond simple literature review by establishing clear, verifiable contrasts with existing work across multiple academic lanes (e.g., RSS, ICRA, CoRL, Journals). This methodology ensures the paper's novelty is rigorously defensible.

A comprehensive guide for ensuring robust scientific reproducibility in robotics research (RSS). It structures evidence into distinct 'Replication Tiers' (e.g., Rerunnable, Auditable), distinguishing between the computational half (code, seeds) and the physical half (robot, environment, human protocol). It mandates the use of platform ledgers and raw trial logs to convert claims of trust into verifiable, auditable evidence.

This skill provides a detailed framework for researchers to determine the most suitable venue (e.g., RSS, ICRA, CoRL, IROS) for their robotics project paper. It teaches how to shift focus from merely demonstrating a system's capabilities to articulating a precise, testable scientific claim, ensuring the work is optimally presented to the target academic community.

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.