by Yila-AI
Open-source Agent Skills for planning, drafting, revising, and polishing SCI/SSCI papers—while preserving evidence, citations, and claim strength.
# Add to your Claude Code skills
git clone https://github.com/Yila-AI/sci-ssci-skillsGuides for using ai agents skills like sci-ssci-skills.
sci-ssci-skills is an open-source ai agents skill for AI coding assistants such as Claude Code, Codex CLI, and ChatGPT, built by Yila-AI. Open-source Agent Skills for planning, drafting, revising, and polishing SCI/SSCI papers—while preserving evidence, citations, and claim strength. It has 50 GitHub stars.
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Clone the repository with "git clone https://github.com/Yila-AI/sci-ssci-skills" and add it to your Claude Code skills directory (see the Installation section above).
sci-ssci-skills is primarily written in Python. It is open-source under Yila-AI on GitHub, so you can review or fork the full source.
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From research materials to a structured manuscript—without invented evidence, inflated claims, or rewritten science.
Open-source Agent Skills for planning, drafting, revising, translating, and polishing research papers. The repository combines a classic section-by-section research-writing method with writing observations derived through a curated SCI/SSCI corpus pipeline.
This repository does two connected jobs:
| Foundation | Skill | What it helps you do |
|---|---|---|
| The section-by-section and reverse-engineering pedagogy associated with Hilary Glasman-Deal's Science Research Writing | science-research-writing |
Decide what each section needs to accomplish, then turn ideas, notes, data, references, or drafts into the next useful manuscript artifact |
| Writing observations derived through a corpus pipeline beginning with a 1,000-paper SCI/SSCI metadata candidate pool | sci-ssci-polishing |
Translate or polish an existing manuscript while preserving data, citations, terminology, limitations, and claim strength |
In plain language: a research-writing classic informs how to build the paper; a curated SCI/SSCI corpus informs how to communicate it. Together, the two Skills help researchers produce clearer, better-structured, and more evidence-faithful manuscripts. Scientific judgment remains with the author.
You can reuse the repository's Evidence-Preserving Draft Contract, Claim-Strength Contract, and Target-Journal Model Builder in your own project.
Reuse the mechanisms · Cite this repository · Add your project
| What you have now | Use | What you get |
|---|---|---|
| An idea or research question | science-research-writing |
Questions to resolve, a materials checklist, and a practical next step |
| Notes, data, references, or a protocol | science-research-writing |
A paper plan or section draft grounded only in supplied materials |
| A partial or complete draft | science-research-writing |
Revision, consistency checks, or an evidence audit |
| Chinese academic prose or an English manuscript | sci-ssci-polishing |
Academic English plus a preservation audit |
Use $science-research-writing to help me write my paper.
Here are the materials I currently have: [attach files or paste text]
The Skill reads what you have, identifies whether the next useful result is a plan, draft, revision, or audit, and proceeds without requiring a long intake prompt or an internal mode selection.
Getting started · Use cases · Copyable inputs · Output guide
Node.js 18 or later is required.
# Start from research materials
npx skills add Yila-AI/sci-ssci-skills --global --agent codex --skill science-research-writing --yes --copy
# Translate or polish an existing draft
npx skills add Yila-AI/sci-ssci-skills --global --agent codex --skill sci-ssci-polishing --yes --copy
List all installable Skills:
npx skills add Yila-AI/sci-ssci-skills --list
You do not need to clone the complete repository or point an Agent at the repository root merely to run one Skill. The --skill ... --copy commands above copy only the selected runtime Skill into your Agent's Skills directory.
For manual installation or downstream integration, download the packaged sci-ssci-polishing Skill from the latest Lean Release. The full repository keeps the corpus, benchmarks, provenance, and examples available for researchers who want to inspect how the Skill was built and evaluated.
Hilary Glasman-Deal's Science Research Writing: For Native and Non-Native Speakers of English is valued because it teaches more than phrases and grammar. Its section-by-section approach asks what a reader needs from each part of an empirical paper, while its reverse-engineering pedagogy encourages researchers to examine successful papers in their own field and adapt recurring functions without copying sentences.
An independent review reports that the first edition sold more than 35,000 copies and was translated into Chinese, Korean, and Japanese (Anna Clemens, 2020).
The central idea can be summarized as seven reader questions:
| Manuscript section | The reader's question |
|---|---|
| Introduction | Why was this study needed? |
| Methods | What exactly was done? |
| Results | What was found? |
| Discussion | What do the findings mean—and what do they not mean? |
| Conclusion | What can the evidence actually support? |
| Abstract | What must a reader understand in one minute? |
| Title | What does the paper promise? |
science-research-writing operationalizes this general approach for Agent use and adds automatic task routing, target-journal modeling, evidence provenance, author-confirmation boundaries, and deterministic draft checks.
It is an independent, unofficial project. It is not affiliated with or endorsed by the author or World Scientific, and it does not reproduce the book, exercises, answer key, phrase lists, sample passages, or page content. See the privacy and copyright boundaries.
Suppose 120 university students rate nine milk-tea recipes. The evidence shows that 30%-sugar oolong milk tea receives the highest average rating among these participants.
Supported by the study:
Among the participants in this study, 30%-sugar oolong milk tea received the highest rating.
Not supported by the study:
30%-sugar oolong milk tea is the world's best milk-tea recipe.
The first statement reports a bounded result. The second silently turns a local finding into a universal claim. Both Skills are designed to detect this kind of drift: evidence can be clarified, organized, translated, and polished, but it must not be silently strengthened.
Read the complete milk-tea walkthrough · 查看中文完整案例
science-research-writingsci-ssci-polishingThe polishing Skill began with a 1,000-paper SCI/SSCI metadata candidate pool and used staged screening to build a balanced core portfolio:
1,000-paper metadata candidate pool
↓
200-paper balanced shortlist
↓
60-paper core portfolio
↙ ↓ ↘
40 distillation 10 calibration 10 sealed blind evaluation
The 60-paper portfolio contains 30 SCI and 30 SSCI papers across nine broad discipline clusters. The 40-paper distillation split contains 20 SCI and 20 SSCI papers from 28 journals, yielding aggregate observations from 1,750 usable paragraphs and 220,158 words.
Here, distillation does not mean model fine-tuning or copying journal sentences. It means abstracting recurring rhetorical functions, information order, evidence boundaries, and failure modes into reusable editing rules. The 1,000-paper pool is a screening universe: it is not a claim that 1,000 full texts were downloaded, read, distilled, or used to train a model.
Corpus method · Selection method · Corpus summary · Public metadata
The following mechanisms are documented as reusable components for other research Agents and academic-writing projects:
| Feature