What problem does it solve?
This Skill eliminates inconsistent, biased, or unactionable peer feedback for academic manuscripts, technical frameworks, and research outputs, delivering calibrated, evidence-based evaluation that helps authors strengthen their work.
Core Features & Use Cases
- Claim Calibration: Evaluates every explicit and implicit claim against provided evidence, clearly stating if evidence supports, partly supports, or does not support the claim.
- Methodological Rigor Assessment: Applies statistical methodology and open-science standards to assess the validity, reproducibility, and rigor of the work.
- Actionable, High-Confidence Recommendations: Only provides specific improvement suggestions where there is high confidence the change will concretely improve validity, reproducibility, or clarity, avoiding vague or unhelpful criticism.
- Use Case: For example, if you are preparing a research paper on LLM benchmark performance for submission, use this Skill to get a structured review that flags unsupported claims, identifies methodological gaps, and suggests concrete edits to strengthen your submission.
Quick Start
Use the peer-reviewer skill to evaluate the attached research manuscript on quantum computing error correction, providing calibrated feedback on each claim and actionable recommendations for improvement.