The Royal Society peer review panel assesses research output primarily through publication record. What matters is quality and attribution, not volume alone. Citation count and h-index are considered but always field-normalised — a mathematician with an h-index of 12 may score higher than a biomedical researcher with an h-index of 30.
What the panel looks for
Royal Society Fellows reviewing your application will assess your publication record the way a hiring committee at a top UK university would — through the lens of your specific discipline, your career stage, and the outlets you have published in. They are not counting papers; they are assessing whether your outputs mark you as internationally competitive.
Journal tiers that count
Highest tier — strong evidence at Talent level
- Nature, Science, Cell, and their specialist sister journals (Nature Chemistry, Nature Physics, Nature Medicine, Cell Metabolism, etc.)
- PNAS (Proceedings of the National Academy of Sciences)
- Lancet, New England Journal of Medicine, JAMA, BMJ — for clinical and biomedical research
- Physical Review Letters, Physical Review X — for physics
- Journal of the American Chemical Society (JACS), Angewandte Chemie — for chemistry
- Annual Review series — for field-defining review articles
Strong tier — solid evidence for Talent and Promise
- Field-leading society journals: eLife, EMBO Journal, Journal of Neuroscience, Molecular Cell
- Royal Society journals: Proceedings of the Royal Society A and B, Philosophical Transactions
- PLoS Biology, PLoS Medicine — for open-access high-impact research
- Top field-specific journals — Nature Plants, Plant Cell, Icarus, Geochimica et Cosmochimica Acta, Biometrika
Moderate tier — contributes but not sufficient alone
- Solid peer-reviewed journals in your field with IF > 3
- Conference proceedings in fields where this is the primary venue (e.g. theoretical computer science)
- Preprints on bioRxiv, arXiv, medRxiv — supplementary evidence only, not primary
Author position and attribution
Reviewers pay attention to author order. First and corresponding author papers demonstrate independent research leadership. Middle-author papers in large collaborations count less. Make your personal attribution explicit in your personal statement.
Citation count and h-index: field normalisation
- Molecular biology and cancer research: h-index of 25+ at mid-career is competitive for Talent
- Pure mathematics: h-index of 10 is highly competitive
- Ecology or evolution: h-index of 15–20 is strong for a 10-year career
- Clinical medicine: total citation count matters more than h-index due to large multi-author papers
How to present your research output
- List papers in reverse chronological order, naming the journal and noting the impact factor
- Mark first-author and corresponding-author papers explicitly
- Include your total citation count and h-index from Google Scholar or Web of Science
- Do not pad the list with preprints or internal reports if stronger evidence exists
- Multiple first- or corresponding-author papers in Nature/Science-tier journals
- Sustained publication output over 5+ years (not a recent burst)
- Citation counts competitive with peers at your career stage in your field
- Clear personal contribution statement for each key paper
- Only middle-author papers in large consortia with no personal attribution
- Only arXiv preprints with no peer-reviewed counterparts
- A single high-profile paper with no sustained track record
- Publication list padded with workshop papers, reports, or grey literature