Skill UI

This sophisticated tool is designed to polish scientific manuscripts for high-impact, rigorous journals. It guides users in structuring a mechanistic narrative, ensuring that every claim made in the text is precisely calibrated to the strength of the supporting experimental evidence (e.g., distinguishing correlation from necessity). It focuses on scientific storytelling, nomenclature consistency, and eliminating hype, transforming raw research data into a polished, scholarly article.

A comprehensive guide to restructuring scientific manuscripts from a collection of isolated findings into a single, compelling, and cohesive narrative arc. It forces the story into a Hypothesis → Mechanism → Significance structure, ensuring that every figure advances a central, airtight argument, crucial for top-tier journal submissions.

A comprehensive guide for late-stage polishing of high-impact scientific manuscripts (e.g., for Cell). This skill teaches how to generate three mandatory communication artifacts: structured Highlights (3-4 bullet points, $\le 85$ chars), a third-person eTOC blurb (~50 words) for non-specialists, and a self-contained Graphical Abstract. Focuses on converting complex data into highly consumable, publication-ready narratives.

This master preflight checklist guides authors through every necessary detail before submitting a high-impact manuscript. It covers complex academic requirements, including narrative structure, figures integrity, data transparency (DOIs, accession numbers), required metadata (CRediT, Lead Contact), and high-stakes cover letter strategy, ensuring the work is both scientifically sound and submission-ready.

This guide acts as a structured workflow router for scientists preparing manuscripts for high-impact journals like Cell. It doesn't write the paper but diagnoses the current stage (e.g., narrative structure, data deposition, figure quality, citation style) and directs the author to the specific skill needed next, ensuring the manuscript meets the high standards of mechanistic completeness required for publication.

This comprehensive guide helps authors determine if their research on cementitious materials—covering hydration, microstructure, and durability—is sufficiently mechanistic for top-tier journals. It emphasizes shifting the narrative from simple mix-design performance reporting to establishing fundamental chemical, microstructural, or degradation mechanisms, supported by rigorous, quantitative characterization.

This guide provides structured best practices for writing high-impact English abstracts for top-tier academic journals. It teaches users to condense complex research into a concise, five-part narrative (Problem, Design, Findings, Mechanism, Contribution), ensuring the abstract is field-readable, quantifiable, and adheres to strict word count limits (typically <= 100 words). Use this when finalizing manuscripts and needing to elevate the academic rigor and polish of the English writing.

A comprehensive guide for drafting and revising highly rigorous academic abstracts for top-tier finance and economics journals. It enforces a strict five-sentence structure (Problem, Data/Method, Findings, Mechanism, Contribution) while ensuring quantitative depth and semantic alignment between Chinese and English versions. It teaches how to eliminate common academic filler phrases and elevate the contribution narrative.

A comprehensive guide for structuring and refining the literature review section of academic manuscripts for top-tier finance and economics journals. It covers the mandatory three-layer structure (Theory, Empirical Evidence, Contribution Gap), optimal Chinese/English citation ratios, and techniques for developing a 'dialogue-based' narrative rather than a simple list, ensuring clear positioning relative to the field's classic theories and recent publications.

This guide assists researchers in elevating foundational chemical discoveries beyond subfield-specific details. It provides comprehensive advice on re-framing manuscripts to meet the high, cross-disciplinary impact standards required by flagship journals like Chem. Key areas covered include connecting findings to global challenges (e.g., energy, sustainability, medicine), structuring the narrative, and adhering to rigorous evidence and style requirements.

This skill guides the architectural structure and rhetorical flow of a Critical Inquiry (CI) essay. Instead of following traditional IMRaD formats, it focuses on shaping the narrative arc: how to hook a non-specialist reader, build intellectual pressure, make a clear intervention (the turn), and conclude with expansive new questions. Ideal for long-form humanistic prose that needs to guide a cross-field audience through complex arguments.

This comprehensive guide provides authors with detailed standards for preparing high-quality, publishable scientific manuscripts for the Chinese Journal of Computers (CJC). It covers critical academic elements, including writing the four-element reporting abstract, structuring the narrative (Introduction, Methods, Experiments), maintaining consistent terminology and symbols, adhering to Chinese legislative units, and mastering the GB/T 7714 citation format. It ensures the final submission meets the rigorous linguistic and structural demands of top-tier academic journals.