Live · Scientific Paper Rankings

Paper Rankings.across live arXiv categories.

Search and explore AI-assisted scientific preprint rankings. Kurate helps researchers explore ranked papers using category-based leaderboards and AI-assisted paper comparison.

Explore All Rankings Methodology
Quick categories
#PaperScore
1Simulating clinical interventions with a generative multimodal model of human physiology
Guy Lutsker, Gal Sapir +6
1712
2Open-H-Embodiment: A Large-Scale Dataset for Enabling Foundation Models in Medical Robotics
Open-H-Embodiment Consortium, : +6
1709
3Exponential quantum advantage in processing massive classical data
Haimeng Zhao, Alexander Zlokapa +5cs.CC
1697
4A multimodal and temporal foundation model for virtual patient representations at healthcare system scale
Andrew Zhang, Tong Ding +6cs.CL
1692
5End-to-end autonomous scientific discovery on a real optical platform
Shuxing Yang, Fujia Chen +6
1690
6Shor's algorithm is possible with as few as 10,000 reconfigurable atomic qubits
Madelyn Cain, Qian Xu +6
1690
7A digitally controlled silicon quantum processing unit
Members of the HRL Quantum Team, Collaborators +6
1688
8MACE-POLAR-1: A Polarisable Electrostatic Foundation Model for Molecular Chemistry
Ilyes Batatia, William J. Baldwin +6
1686
9MIMIC: A Generative Multimodal Foundation Model for Biomolecules
Siavash Golkar, Jake Kovalic +6
1684
10Life cycle assessment for all organic chemicals
Shaohan Chen, Tim Langhorst +5cs.CE
1683
Updated 6h agoView all →
36,429Papers Ranked
46Active Categories
3AI Judges
6h agoLatest Update
Recent Rankings

Explore newly ranked papers and active research categories.

newly-ranked

Newly Ranked Papers

Latest papers added to the live Kurate ranking pipeline.

993 papers · Last updated 6h agoView
cs.LG

Machine Learning Papers

Computer Science (arXiv)

5924 papers · Since Jan 2026View
cs.RO

Robotics Papers

Computer Science (arXiv)

3949 papers · Since Jan 2026View
cs.AI

Artificial Intelligence Papers

Computer Science (arXiv)

3753 papers · Since Jan 2026View
quant-ph

Quantum Physics Papers

Other

3346 papers · Since Oct 2025View
cs.CR

Cryptography and Security Papers

Computer Science (arXiv)

2618 papers · Since Jan 2026View
cond-mat.mtrl-sci

Materials Science Papers

Condensed Matter (arXiv)

1442 papers · Since Jan 2026View

+39 more categories

13,610 papers across all remaining fields.

Research Intelligence & Current Capabilities

What Kurate supports today.

A ranking and discovery layer for scientific preprints. The capabilities below reflect what is currently live on the platform.

AI-assisted comparison

Papers are compared using AI-assisted pairwise evaluation to produce category-level rankings.

Category-based leaderboards

Papers are organised within live arXiv categories so rankings can be read in their proper field context.

Score: comparative tournament ranking

Score is the comparative tournament-based ranking score derived from AI-assisted paper comparisons within a category.

Rating: standalone scientific impact (1 to 10)

Rating is a standalone scientific impact rating on a 1 to 10 scale. It is independent of the tournament and does not come from pairwise comparison.

Gap: percentile difference between Score and Rating

Gap shows how far the comparative Score sits from the standalone Rating, expressed as a percentile difference between the two signals. A high positive Gap may indicate a hyped topic or a paper that oversells its contribution despite methodological weaknesses. A high negative Gap may point to a methodologically strong paper in a niche area that is harder to distinguish in head-to-head matchups.

Recent rankings & search

Recently ranked papers and updated categories are surfaced on the homepage, with search and time-period filtering across papers.

Coming Soon

Planned features under active development. These are not yet part of the live platform.

  • Extended novelty, significance, and other metrics
  • Field-level validation reporting
  • Non-tournament ranking mechanisms
  • Cross-model agreement metrics
How Kurate Rankings Work

A discovery workflow for fast-moving scientific literature.

Kurate compares papers using AI-assisted evaluation and produces category-based rankings that help researchers identify work worth closer inspection.

Read full methodology
01

Collect papers

Kurate gathers scientific preprints from supported arXiv categories.

02

Evaluate papers

Papers are reviewed, rated, and compared through AI-assisted pairwise evaluation within each category. Three independent AI models judge each pair to produce robust rankings.

03

Score, Rating, Gap

Pairwise comparisons produce a tournament-based Score using TrueSkill. Each paper also receives a standalone Rating (1 to 10) based on scientific impact, independent of the tournament. Gap measures how far the two signals diverge for a given paper.

04

Explore rankings

Browse ranked papers by category, time period, or search to find work worth closer reading.

Why Category-Based Rankings Matter

Scientific papers are difficult to compare across unrelated fields.

A robotics paper, a quantum physics paper, and an economics paper may all be important, but they should not be interpreted through the same field assumptions. Kurate uses category-based leaderboards so papers are ranked within more meaningful research contexts.

Field context matters

A paper's significance is easier to interpret when compared with other papers from the same arXiv category.

Broad rankings hide specialised work

Important papers in smaller technical fields may be missed when discovery depends only on general popularity or social attention.

Category filters improve discovery

Move directly into the arXiv category you care about and inspect ranked papers within that context.

What Makes Kurate Different

A ranking layer for scientific preprints.

Kurate adds a ranking layer on top of preprint discovery, combining category-based leaderboards with AI-assisted comparison so users can explore work that may deserve closer reading.

Preprint servers show what has been uploaded.
Kuratehelps organise ranked papers within each category.
Search tools help users find known topics.
Kuratehelps users discover ranked preprints inside active research categories.
Citation databases are useful but slower to reflect new work.
Kuratefocuses on earlier discovery through AI-assisted comparison.
Who Kurate Is For

Built for researchers, students, supervisors, labs, institutions, and analysts.

Researchers

Follow fast-moving fields, identify ranked preprints, and discover papers that may not yet have citation visibility.

Postgraduate students

Scan active arXiv categories, find relevant preprints for literature discovery, and follow which topics are moving quickly.

Research supervisors

Recommend recent ranked papers, monitor category activity, and identify emerging work for discussion.

Research groups & labs

Track category activity, compare ranked papers within a field, and support reading-group paper selection.

Institutions

Monitor emerging scientific areas and where attention is forming across research categories.

Science communicators

Identify ranked papers that may become important and follow early signals in the scientific literature.

Trust, Transparency, Limitations

A discovery layer, not a replacement for peer review.

Kurate rankings are discovery signals, not peer review. They are intended to help users prioritise papers for closer reading. Users should still inspect the paper, methodology, evidence, assumptions, limitations, and field context before forming conclusions.

Frequently Asked Questions

Methodology, scope, and how to interpret Kurate signals.

Practical answers about what the platform does, how rankings are produced, and how they should be used in research workflows.

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