Antinuous

Physics

Run parameter sweeps of thousands of settings at once.

Antinuous runs parameter sweeps of thousands of settings in parallel and fits models to your data with uncertainties. Every run is code you can read and rerun, and it flags new arXiv preprints each week.

Sign up

Use cases

Track new preprints on your questions

Reading every listing in a subfield takes hours each week, and relevant results still get missed.

You ask

Every Monday, find new preprints on measurements of the muon magnetic moment and note whether they agree with our current analysis.

What it does

  1. Antinuous searches for new papers on a schedule you set.
  2. It reads the full text of each new match.
  3. It adds a row per paper with its main result and how it relates to your work.

You get

A sheet of new papers, updated weekly, with a short note on each.

2019155,866 papers
2020178,329 papers
2021181,630 papers
2022185,692 papers
2023208,493 papers
2024244,031 papers
2025284,486 papers

New arXiv submissions per year across all fields.

Who it's for

Computational physicistsRun parameter sweeps and chart every run in one notebook.
Experimental physicistsFit models to measured data with uncertainties.
Theoretical physicistsCheck derivations against known limits in code.
Graduate studentsTrack new arXiv preprints on your questions each week.

Works with

arXiv
GitHub
Slack
Gmail
Google Calendar
Google Slides
PowerPoint

More in applied sciences

Life sciences and drug discovery

Screen thousands of compounds and targets in code before the lab.

Medicine and clinical research

Test hundreds of trial designs before enrollment.

Chemistry and materials science

Screen thousands of compositions before you make one.

Sign up

Try Antinuous on your own research.
Sign up