๐ข NeurIPS 2026 Call for Educational Resources is now open!
The NeurIPS 2026 Education Track invites researchers and educators to create accessible, reusable materials that teach emerging AI concepts to broad audiences.
We welcome submissions in many formats, including code notebooks, short videos, lecture notes, slide decks, interactive demos, visual explanations, and other self-contained learning resources.
Accepted submissions will be presented at the main conference in Sydney as talks or posters, made available through the NeurIPS website, and curated into the official NeurIPS 2026 Education Track repository.
๐ Submission deadline: September 4, 2026 (AOE)
๐ Learn more and submit: https://t.co/d6cFTAfZoQ
PSA: If you're applying for a research position at @SakanaAILabs (intern/full-time), we have a guide on what we look for
Researchers here pursue different directions - and may disagree - but have thought deeply about why
Over-reliance on LLMs to do your thinking isn't good
@novasarc01@Dorialexander Yeah, recently i realized all power rests in tokenizer. All compute and quality lies in how tokenizer is designed.
Models can be less data hungry if tokenizers are designed well. I recently created tokenizer for Hindi based on akshara... Blah blah...
More coming...
๐ฅ Nebius AI R&D is hiring AI Research Interns for short, high-impact RL projects.
Exclusive to X right now โ no LinkedIn mass postings yet.
In 2019, I was a fresh dental grad with 3 months of runway left, begging for an AI shot. I know the grind.
Weโre looking for sharp early-career folks (students, grads, career-switchers) to join us and work on:
> Agent trajectories analysis at scale
> Long-horizon tasks for coding agents
> Pushing open RL environments
> Any other data / RL env / eval project that will benefit open-source community
What you get:
๐ฐ Fully paid internship (3-6 month)
๐ฆ 100% open-source shipping
๐ Co-author research papers
โก๏ธ Access to Nebius compute infra
๐ Remote-friendly (EU/US) or Amsterdam/London/other office.
If youโve done any cool AI/ML/RL stuff, dm me with your most impressive project + 1-sentence summary + cv
Sharing appreciated!๐ค
Cool opportunity for students interested in legal AI!
University of Cambridge LLMxLaw has two tracks running:
Hackathon: Build LLM solutions for real legal challenges from law firm sponsors. ยฃ20,000 prize pool plus sponsor prizes.
https://t.co/RT29FxCYM8
Research: Pitch your research idea to Stanford fellows and compete for a one-month placement at Stanford University LiftLab this summer.
https://t.co/h0RVwVOLJr
Both are solid ways to get hands-on experience in this space.
Announcing the ICML 2026 Mechanistic Interpretability Workshop!
Papers due May 8th
NeurIPS submissions encouraged, accepted ICML 2026 papers also welcome.
If you're working on advancing our understanding of neural networks, please submit! We'd love to see your work
๐ Weโre Hiring a PhD Research Intern โ Qualcomm AI Research! ๐
Iโm looking for a PhD intern to join me in pushing the boundaries of efficient AI, from 3D/4D data generation to nextโgen generative models and onโdevice intelligence.
At Qualcomm AI Research, interns work alongside worldโclass researchers, contribute to fundamental ML advances, and often publish at top conferences.
๐ฌ Youโll work on:
โข โก Efficient generative models (quantization, compression, sparsity)
โข ๐ 3D/4D perception & generation
โข ๐ง Multimodal / LLM / LVM efficiency
โข ๐ค Roboticsโrelated AI algorithms
๐ Youโre a great fit if you:
โข Are a current PhD student in ML/AI/CV/Robotics
โข Have strong research experience & PyTorch/TensorFlow skills
โข Are excited about impactful, publishable AI research
๐ฉ Interested?
Apply via Qualcomm Careers: https://t.co/ngLjMwo8qo
Or message me directly with your CV + publications.
Letโs build the future of efficient AI together! ๐๐ค
Free energy minimization is interesting, because it unifies various theories in neuroscience with machine learning models ๐
("Control/RL as inference" is also free energy minimization)
Different distributional and optimization choices yield different architectures (fig from: https://t.co/fpdzUipv33)
[3/11] ๐งต
๐-๐บ๐ฒ๐ฎ๐ป๐ ๐ถ๐ ๐๐ถ๐บ๐ฝ๐น๐ฒ. ๐ ๐ฎ๐ธ๐ถ๐ป๐ด ๐ถ๐ ๐ณ๐ฎ๐๐ ๐ผ๐ป ๐๐ฃ๐จ๐ ๐ถ๐๐ปโ๐.
Thatโs why we built Flash-KMeans โ an IO-aware implementation of exact k-means that rethinks the algorithm around modern GPU bottlenecks.
By attacking the memory bottlenecks directly, Flash-KMeans achieves 30x speedup over cuML and 200x speedup over FAISS โ with the same exact algorithm, just engineered for todayโs hardware. At the million-scale, Flash-KMeans can complete a k-means iteration in milliseconds.
A classic algorithm โ redesigned for modern GPUs.
Paper: https://t.co/z0z0d3vrlp
Code: https://t.co/BqRfVKGH0K