#preprint

OpenAI (@OpenAI)

공동연구자들에게 감사를 표하며 해당 연구의 프리프린트를 arXiv에 공개했고 학술지 제출 중임을 알렸습니다. 커뮤니티의 피드백을 환영한다는 안내로 연구 공개와 검증을 촉진하려는 공지입니다.

x.com/OpenAI/status/2022390104

#arxiv #preprint #airesearch #collaboration

2026-02-13

🏆#PreprintOfTheWeek on #ScienceOpen

“Spectral–Geometric Regulation of #RadioTransients: Survey Bias, Magnetospheric Morphology, and #ObservationalRecoverability

Congrats to Savio Antonio Vogt from the Editors of ScienceOpen Preprints!

Read the #preprint & join the discussion

2026-02-12

GPT-5 outperforms federal judges 100% to 52% in legal reasoning experiment.

#AI
#preprint
#law

papers.ssrn.com/sol3/papers.cf

Bérénice A. Benayoun, PhDbbparis1984.bsky.social@bsky.brid.gy
2026-02-11

New #preprint from the lab led by talented pharmacy grad student Ella Schwab: "Mouse macrophages from diverse niches show generally divergent age-related transcriptional remodeling signatures" showing a #metaanalysis of 🐭 macrophage aging RNA-seq data.🧪🖥️🧬 🔬. A🧵 1/4 www.biorxiv.org/content/10.6...

WilliamLMillerwilliamlmiller
2026-02-10

Third time was not the charm. Early January my paper was rejected by another journal. This one stung a bit. Unlike the last one, it didn’t include any reviewer comments. It took me a bit, but I have submitted to a 4th journal. For anyone that is curious, a preprint is available at osf.io/preprints/socarxiv/hb6r with the title Universal Basic Income and Value Realization: Metaphysical Insights for Implementation in the United States.

2026-02-08

New physics preprint: The Entropic I-Field Theory

Proposes fundamental irreversibility through dissipative
field dynamics. Applications demonstrated in quantum
mechanics (objective collapse), thermodynamics (entropy
production), and cosmology (inflation to dark energy).

Numerical validation across multiple systems.
Open access + reproducible code.

doi.org/10.5281/zenodo.17822009

2026-02-08

I would appreciate recommendations for a preprint server to submit preprints in computational intelligence / computational cognitive science.

I know about the following preprint servers and would appreciate opinions about their relative merits for that topic area, and links to any other relevant preprint servers.

* techrxiv.org/

* preprints.org/

* arxiv.org/
- The available fine-grained categories in Computer Science *might* not cover my topics (depending on how strictly the categories are interpreted).
- The submission formats *might* be incompatible with my writing workflow.

* osf.io/preprints/discover
- OSF Preprints is a network of community-run OSF-hosted preprint servers. The only vaguely relevant community server is PssyArXiv, and it isn't clear that my topics of interest are on-scope for PsyArXiv.

* zenodo.org/
- Appears to have no constraints on format or topic (which is probably positive for me).
- Is not indexed by Google Scholar. (I have views about Google. However, not being indexed by Google means that preprints on Zenodo are effectively invisible to many researchers.)

#FediHelp #PrePrint #ScholarlyPublishing #AI #ArtificialIntelligence #CogSci #CognitiveScience #CompCogSci #ComputationalCognitiveScience #ComputationalIntelligence #MathematicalPsychology #MathPsych

ICalzadaICalzada
2026-02-06

📢 Journal Article Accepted

: Towards Beyond Digital-Green Twin Transitions

🔓 preprints.org/manuscript/20260

2026-02-06

Need an idea for your next Journal Club? Discuss a #preprint!
💪 Help the authors strengthen their work
🗣️ Discuss science as it happens
🥼 Help raise your and your group’s profile
📰 No restrictions on papers to include
🧪 Focus on the science

2026-01-30

🏆 #PreprintOfTheWeek on ScienceOpen
“Beyond Cannabinoids: Olivetol as the Central Intracellular Mediator of Cannabis Therapeutics”
Congrats from the Editors of ScienceOpen Preprints to the author Karl Young 👏

#ScienceOpen #Preprint #Cannabinoids #CannabisTherapeutics

Fabrizio MusacchioFabMusacchio
2026-01-29

is cracking down on and will only allow initial submissions based on recommendations from established ArXiv authors.

🌍 science.org/content/article/ar

2026-01-29

🚨 In a new #preprint with Walid El-Ajou & Isabelle Stadelmann-Steffen, we report on an experiment using a #SeriousGame as an #immersive #information #treatment to understand the role of #knowledge and #efficacy in #PublicOpinion formation on the #GreenTransition #EnergySky #politicalscience

📖 osf.io/x5u6b

💬 Feedback welcome!

2026-01-25

My newest #Prelights article highlights a #preprint by B. R. Baisla et al. (2025) and their search for morphological #prezygotic #barriers to reduce #hybridization among the species complex of #Nasonia, #parasitoid wasps. Male genital morphology apparently does not prevent hybridization, pre-mating #barriers are still unknown.
©#StefanFWirth 2026

Reference

Prelights article by Stefan F. Wirth:
prelights.biologists.com/highl

Pics
1) public domain, M.E.Clark, 2006,
2) ©S.F.Wirth, AI illustration

Nasonia vitripennis female.M.E.Clark, 2006, https://en.wikipedia.org/wiki/en:public_domainIllustration not being part of my prelights article or the author's preprint. I created it for my social media channels to illustrate that there are barriers that can prevent hybridization between very closely related sprcies, barriers before a successful mating can happen (prezygotic barriers) and barriers after a successful mating can exists ( post mating barriers). My illustration was created with AI assistance. © Stefan F. Wirth, January 2026, Berlin
2026-01-24

#ThrowBackPost Wer wählt in seit dem Krieg rechtsradikal bis rechtsextrem (#preprint)
kai-arzheimer.com/elektorat-re

✨ Bibliolater 📚 📜 🖋bibliolater@vivaldi.net
2026-01-24

🖥️ Hallucination Stations: On Some Basic Limitations of Transformer-Based Language Models

"We show that LLMs are incapable of carrying out computational and agentic tasks beyond a certain complexity, and further that LLMs are incapable of verifying the accuracy of tasks beyond a certain complexity."

Sikka, Varin and Sikka, Vishal (2025) 'Hallucination Stations: on some basic limitations of Transformer-Based Language models,' arXiv (Cornell University) [Preprint]. doi.org/10.48550/arxiv.2507.07.

#AI #ArtificialIntelligence #LLM #Technology #Tech #ComputerScience #Research #Preprint #Academia

Daniel Prietodprieto@mastodon.uy
2026-01-20

Otro pequeño orgullo de nuestro laboratorio del #iibce ya está en @biorxiv_neursci .
Un importante volumen de trabajo sobre las conexinas en la reparación de la médula espinal.
Gran equipo #MadeInUruguay lo hizo posible, gracias a financiación extranjera de #WingsForLife.

@constanzasilvera

#neuroscience #neuromastodon #medulaeespinal #conexinas #neurociencia #biology #biologia #investigacion #ciencia #Uruguay #spinalcordinjury #spinalcord #research #pedeciba @SocNeuroUy #preprint #biorxiv

biorxiv.org/content/10.64898/2

Figure 4. The lack of Cx26 in ependymal cells affects scar formation.a, sagitalsection of the spinal cord of a FoxJ1CreER-tdT mouse at 30 DPI. The dotted line highlights the outer limit of the cord. b,  tdT+  cells  of a  FoxJ1CreER-tdT mouse migrating  away  from  the  CC around  the  lesion epicentre (vertical dotted lines). c, box plot of the tdT+ area over the totalcross-sectionalarea of the  cord  of  FoxJ1CreER-tdT mice at 2-,  3-and  4-weekspost  injury  (WPI).  There  were  no significant differences between selected time points (2 vs. 3 WPI, p>0.99; 2 vs. 4 WPI, p>0.99; 3 vs 4 WPI, p>0.99; Kruskal-Wallis Multiple Comparisons test; n= 3 mice for each group). dand e, representative images of sagittal sections of tdT+ cells around the lesion epicentre in control and  Cx26-/-miceat  15  DPI,  respectively. f,  tdT+  cells  around  the  lesion  epicentre  of  a  Cx43-/-mouse. The white dotted lines in e to f show the dorsal limit of the cord whereas the corresponding 3D  reconstructions  are  shown below  each  panel. g,  normalized cross-sectional area  of  the  SC around the lesion epicentre (0) in control (FoxJ1CreER-tdT), Cx26-/-and Cx43-/-mice. h, box plot of the normalized area of the SC around the lesion epicentre (± 250μm)
Dr. Or M. Bialikombialik@mastodon.world
2026-01-20

We have a new #preprint. Using wicked electrochemistry and really nifty microscopy to look at how #manganese redox cycling and carboxyl groups play into the formation of #protodolomite.

eartharxiv.org/repository/view

Multiscale characterization of Mn-templated protodolomite formed under electrochemical and carboxyl modulation
bartosz 🚲🌳🐍🦀btel
2026-01-20

RE: mastodon.social/@h4ckernews/11

A very interesting article on how LLMs might actually work. I am sceptic about the overextension of the work to cognitive sciences but the authors make a good point. I wonder what the actual cognitive scientists might say.

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