A 20-year perspective on AI acceleration and the axiomatic thinking solving problems right now. Sign up for Valency Bond: app.valency.io/start (free for Academic Researchers) #AIScience #Erdosproblems
@steinly0.bsky.social
Astro Physicist. Scientific Director @arXiv Planets, Stars, Black Holes & Stuff. Whole Universes, If Needed. Dynamics of Cats; To Say Nothing of The Dog.
🚀🚀 So excited for this to become more visible on bioRxiv. We are actively improving the Curvenote Reader, so feedback is really helpful!
The Curvenote Reader button is live on bioRxiv! 😎 Click it to explore papers in a new way—zoom figures, pull up references without leaving the page. Button appears 48 hours after papers drop. Feedback? DM us or hit the GitHub repo. openrxivlabs.org/articles/rea...
The Curvenote Reader button is live on bioRxiv! 😎 Click it to explore papers in a new way—zoom figures, pull up references without leaving the page. Button appears 48 hours after papers drop. Feedback? DM us or hit the GitHub repo. openrxivlabs.org/articles/rea...
Why we’re expanding the openRxiv Labs Curvenote Reader experiment
Read on for early results and what we’ll be looking at in the next phase.
openrxivlabs.org
arXiv has spun out as an independent non-profit like openRxiv. Today they announce their new CEO and founding Board blog.arxiv.org/2026/07/30/a...
arXiv welcomes inaugural CEO and founding Board of Directors
arXiv welcomes inaugural CEO and founding Board of Directors
blog.arxiv.org
#Math is evolving alongside #AI. What does that mean for science, engineering, and other fields that rely on trustworthy reasoning? Join us to explore how AI-assisted #mathematics and formalization are reshaping mathematical knowledge at this meeting: https://ow.ly/ykuI50Zp5Jr
Mathematician Levent Alpöge found a counterexample to the Jacobi conjecture using Claude Fable! This conjecture claims that if F: ℂⁿ→ℂⁿ is a polynomial map whose Jacobian is invertible at each point, F has a polynomial inverse. Open since 1939. But no more! (1/n)
Jacobian conjecture - Wikipedia
en.wikipedia.org
The Jacobian conjecture is false! The Jacobian conjecture proposed that if you have a map F:C^n→C^n with polynomials as the components, and the determinant of the matrix of partial derivatives of F is a non-zero constant, then F will have a polynomial inverse.
Jacobian conjecture - Wikipedia
en.wikipedia.org
Astronomers! New adverts for science editors for @publishing.aas.org are up at aas.org/jobregister. We're looking for astronomers across many fields (including instrumentation to work with me) to help us keep these open access, non-profit, society-run journals going. Happy to answer questions! 🔭
Job Register | American Astronomical Society
aas.org
Excessive submission rate Articles submitted to arXiv must be of original, novel, and significant self-contained research. There is a practical limit to the rate at which appropriate, independent submissions can be produced by any one person.
“move from preprint to peer-reviewed publication leaves the central claims of most abstracts intact, indicating preprints are a reliable source…papers that were never posted as preprints were retracted at roughly twice the rate of those that were…” www.biorxiv.org/content/10.6...
Tracking claim changes from preprint to publication across 72,644 biomedical studies using large language models
Preprints now disseminate a large share of biomedical research before peer review. Because they have not yet passed peer review, some scientists regard preprint claims as unverified or potentially unr...
biorxiv.org
👉Still a work in progress. We see the early viability of the approach. But until it is completely stabilized, we are not "ready". Find more details in our preprint, to be presented at ICMS 26, together with a public release of the Rust code. arxiv.org/abs/2605.16562 5/5
Scaling Accessible Mathematics on arXiv: HTML Conversion and MathML 4
We report on the ongoing development of arXiv's HTML Papers offering, available on every new TeX/LaTeX submission since its initial release in 2023. The main highlights from 2025 and early 2026 are:...
arxiv.org
👉AI. The project is now heavily based on agentic coding, mostly via the Opus 4.6-4.8 series of models. The last 3 months have been shocking and transformative for me, still trying to adapt and make sense of it all. 4/5
👉NYC. ar5iv's build system is newly a "Manhattan project". All machines are now collocated in NYC, with immense gratitude to the KWARC research group for two decades of support from Germany. 3/5
👉Rust. arXiv's largest month of >30,000 LaTeX documents was ar5iv's fastest conversion to HTML to date. LaTeXML now has a translation to the Rust programming language. It is nearly feature-complete and measuring at 10-30 times faster than the original. 2/5
📢 The June 2026 arXiv articles are now in ar5iv, with three big changes: Rust, NYC, AI 🧵1/5
🗓️ The May 2026 arXiv articles are now in ar5iv.
White dwarf planets in star clusters: gravitational scattering versus mass-loss effects 📄 https://arxiv.org/abs/2607.00080v1 📖 Summary: https://arifsolmaz.github.io/arxiv?date=2026-07-02#paper-2607-00080v1
New Publication at the Open Journal of Astrophysics: "A systematic survey for hypervelocity runaways from thermonuclear supernovae" by Kareem El-Badry (Caltech, USA), and 18 others based in the USA, Germany, Austria and the UK. doi.org/10.33232/001...
A systematic survey for hypervelocity runaways from thermonuclear supernovae | Published in The Open Journal of Astrophysics
By Kareem El-Badry, Klaus Werner & 17 more. A systematic survey of hypervelocity runaways, resulting from white dwarf explosions in binary systems. The findings suggest a diversity of remnant masses, ...
doi.org
@arxiv will have a scheduled shutdown at 2 pm EDT for transition: "arXiv submission will be down for maintenance beginning 14:00 EDT Tuesday June 30th. The site should otherwise remain in operation." it might look a little different when it comes back up but no substantive changes
maybe as fascinating about the two Max Planck papers is that they have been retracted since at least 2018 and 2015 and everyone was fine with that until that https://doi.org/10.48550/arXiv.2605.17534 preprint
The Curious Case of Max Planck retracted papers. When past scientific practices meet contemporary publishing norms
This article examines the case of two papers published in Naturwissenschaften by the physicist Max Planck that were retrospectively marked as retracted on Springer digital platform. Rather than originating in scientific fraud, these withdrawals appear to result from contemporary digitization and copyright-management procedures applied anachronistically to historical publications. Through an investigation of the circulation history of Planck 1940 and 1942 philosophical essays, the article shows that republication across multiple formats was a common and legitimate practice within the scientific publishing culture of the early 20th century. Such practices only became problematic with the later transformation of the scientific article into a countable and proprietary unit within systems of bibliometric evaluation and commercial academic publishing. This article argues that contemporary notions such as duplicate publication and self-plagiarism are historically situated categories that cannot be applied retrospectively without distorting the historical record. More broadly, the Planck case reveals how digital scholarly infrastructures controlled by large commercial publishers can limit the accessibility of the scientific past. Ironically, the original papers remain accessible today through the nonprofit digital platform Internet Archive rather than through the publisher that originally issued the journal.
arxiv.org
We just launched a new reading experience with Curvenote in openRxiv Labs 🎉 First experiment from openRxiv Labs x @curvenote.com 👉 reader.openrxivlabs.org More openrxiv.org/news/labs-re...
Recent articles · openRxiv Labs: Curvenote Reader
Browse recent bioRxiv preprints available on the openRxiv Labs: Curvenote Reader.
reader.openrxivlabs.org
Excited to launch the first openRxiv labs experiment: an interactive reading experience powered by @curvenote.com - this will evolve but you can get a taster of what's to come from the dynamic references & figure call-outs, in-line abbreviation expansions, etc. 1/2 reader.openrxivlabs.org