In my view, requiring people to make a binding decision between AACL and EMNLP at submission time kind of defeats the purpose and main advantage of the @ReviewAcl system, and also risks creating severe imbalance in favor of the larger and older conference.
@zhiyu_ni@emnlpmeeting There were couple of issues in March ARR cycle. On day of ARR submission deadline openreview site got a bug showing dummy account. Review discussion period opened 2 days before rebuttal deadline. Then missing review issue report button. hope next cycle we dont see these problem.
📢 Please note a critical update to the original #EMNLP2026 Call for Papers: since EMNLP and AACL share the ARR May cycle, authors will need to explicitly select a target conference at submission time. This choice will be binding!
For more details see: https://t.co/0u1wbX9fT6
Congratulations to Philippe Laban, Jennifer Neville, and collaborators on their Best Paper Award at ICLR 2026 for “LLMs Get Lost In Multi-Turn Conversation.”
This research explores how LLMs perform across multi-turn conversations is shaping how the field thinks about real-world AI evaluation: https://t.co/GkvVAYYi1j
ICML Reviewer kindly suggested we cite a paper posted on arXiv in March 2026 as related work. For reference, the submission deadline of ICML was January 28, 2026.
A fair request, assuming authors are now expected to survey not just the literature, but also the future.
why isn't there a tiktok style scroller for NeurIPS posters? This is literally the easiest possible thing to make and the most efficienct way of just looking at a bunch of posters.
@prajdabre Just rejected an ML candidate who couldn’t explain how transformers convert voltage. Kept talking about ‘self attention’ instead. These people man.
This is a nuclide chart.
Number of Protons on Y axis
Number of Neutrons on X axis
The chart shows every known element and every known isotope.
The proton number determines the element, the neutron number determines the isotope.
The colour illustrates the half life of each type of atom, the vast majority of atomic structures decay quickly but the chart shows a spine of stable atoms in assembly-space.
There are a few weird features in this data.
i was trying to reverse engineer cursor and one thing that constantly amazed me was their blazingly fast-indexing-pipeline.
every keystroke you do creates a state deviation for cursor's on-server index. natively just reindexing the entire codebase is slow and expensive.
this is how cursor is doing it: 🧵