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c-narcissus/paper-contribution-helper

15Audience · researcherComplexity · 2/5Setup · easy

TLDR

An AI skill for ChatGPT and OpenAI Codex that helps academic researchers reframe their paper contributions from 'we combined A, B, and C' into a stronger, reviewable narrative, without inventing new claims.

Mindmap

mindmap
  root((repo))
    Modes
      PDF diagnosis mode
      Domain skill generator
    Outputs
      Abstract rewrite
      Contribution bullets
      Reviewer objections
    Tools
      ChatGPT web
      OpenAI Codex
    Examples
      SemiDFL paper
      Before after table
    Principles
      Surface hidden novelty
      Honest framing only
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Code map

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Things people build with this

USE CASE 1

Diagnose where peer reviewers are likely to attack your paper and surface hidden strengths before submission.

USE CASE 2

Rewrite your abstract, introduction, and contribution bullets to present your work as novel rather than incremental.

USE CASE 3

Generate a reusable domain skill for future papers in the same research area using OpenAI Codex.

USE CASE 4

Prepare rebuttals by anticipating specific reviewer objections around novelty, baselines, and reproducibility.

Tech stack

ChatGPTOpenAI CodexPDF input

Getting it running

Difficulty · easy Time to first run · 30min

No installation needed for ChatGPT web mode, load the skill and upload your PDF. Codex is required only for the domain skill generator mode.

No license information was mentioned in the explanation.

In plain English

This repository is an AI-assisted tool aimed at academic researchers, particularly graduate students and early-career authors who need to present their work more convincingly to peer reviewers. The specific problem it targets is a common pattern in research papers where the contribution is written as "we combine methods A, B, and C," which often leads reviewers to dismiss the work as incremental or lacking novelty. The goal is to take the existing experiments and methods and reorganize them into a stronger, more defensible narrative without inventing new claims. The tool works as a skill for OpenAI Codex and ChatGPT. It has two main modes. In the first mode, you give it a paper PDF and it diagnoses where reviewers are likely to attack, surfaces strengths that the paper already contains but has not explained well, and suggests how to rewrite the abstract, introduction, and contribution bullets. In the second mode, it reads the target paper, collects related work from the same research area, and generates a domain-specific helper skill that can be reused for future papers in the same field. The second mode requires Codex, ChatGPT on the web can only use the first mode or a pre-generated domain skill. The example used throughout the README is a paper called SemiDFL, which combines three existing techniques for semi-supervised federated learning. The tool reframes that combination not as "we stacked three modules" but as "there are three missing consensus interfaces in this setting, and we close each one." The README includes a before-and-after table showing how this shift in framing changes how a reviewer reads the contribution. The stated principle is to be strong but honest. The tool does not encourage making up experiments or exaggerating claims. Instead it tries to surface what is genuinely novel in the paper but was explained poorly, and to prepare the author for specific reviewer objections around novelty, baseline fairness, mechanism evidence, and reproducibility. The repository includes example outputs for the SemiDFL paper in both version 1.0.2 and 1.0.8, including a full reframing report, a generated domain skill zip, screen recordings from Codex, and saved ChatGPT session files.

Copy-paste prompts

Prompt 1
I'm uploading my research paper PDF. Diagnose where a peer reviewer is most likely to reject it for lacking novelty, then surface the genuine contributions I may have explained poorly.
Prompt 2
Here is my paper PDF for a submission on semi-supervised federated learning. Rewrite my abstract and contribution bullets so the framing reads as closing a gap rather than combining existing methods.
Prompt 3
Using this paper as input, generate a domain-specific reusable skill I can apply to future papers in the same research field. Output it as a reusable ChatGPT or Codex skill.
Prompt 4
Prepare me for a reviewer rebuttal: list the most likely objections around novelty, baseline fairness, mechanism evidence, and reproducibility for the attached paper, with suggested responses.
Prompt 5
Show me a before-and-after reframing of my contribution section. Before: 'we combine methods A, B, and C.' After: frame each method as closing a specific missing interface or gap in the problem setting.
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