Matthew S Creamer (@nondairyc) 's Twitter Profile
Matthew S Creamer

@nondairyc

Neuroscience CV Starr Fellow at Princeton with Andy Leifer and Jonathan Pillow on modeling calcium dynamics in C. elegans.
NondairyCreamer on Bluesky

ID: 3407376095

linkhttps://www.matthewcreamer.com/ calendar_today07-08-2015 15:50:16

149 Tweet

217 Followers

342 Following

Andrew Leifer (@AndrewLeifer@bsky.social) (@andrewleifer) 's Twitter Profile Photo

New preprint from our group: "A functional connectivity atlas of C. elegans measured by neural activation" by Francesco Randi Anuj K. Sharma & Sophie Dvali doi.org/10.48550/arXiv… Congrats and thank you to the team!

New preprint from our group: "A functional connectivity atlas of C. elegans measured by neural activation" by <a href="/francescorandi/">Francesco Randi</a>
<a href="/aksharma_118/">Anuj K. Sharma</a> &amp; <a href="/DvaliSophie/">Sophie Dvali</a> doi.org/10.48550/arXiv… Congrats and thank you to the team!
Nathan Baschez (@nbashaw) 's Twitter Profile Photo

Introducing Lex! A word processor with artificial intelligence baked in, so you can write faster. 👉 lex.page 👈 (I've been working on this awhile... so glad to finally share it!!)

Matthew S Creamer (@nondairyc) 's Twitter Profile Photo

I also *really* dislike any policy whose success relies on people doing extra work. The idea that people will read the reviews and then evaluate the paper is a massive stretch. “Just read the reviews” undersells how much work that takes and how unlikely people are to do it.

Scott Linderman (@scott_linderman) 's Twitter Profile Photo

Following the weekend buzz about long range sequence modeling, let me tell you about our work on S5: a simple state space layer that achieves top-level performance and efficiency with parallel scans. (E.g. 98.58% on Path-X!) 🧵[1/12]

Lidia Ripoll Sánchez (@lidia_ripoll_s) 's Twitter Profile Photo

Finally out! Proud to present the collaborative effort where we systematically mapped neuropeptide-GPCR interactions biochemically (doi.org/10.1101/2022.1…) and constructed an in silico map of neuropeptide signaling in the worm brain doi.org/10.1101/2022.1…

Emonet Lab (@emonetlab) 's Twitter Profile Photo

Excited to share Nirag Kadakia's discovery that flies smell odor motion and use it to navigate odor plumes, published today in nature. Great collaboration between our lab and that of Damon Clark. Read it here: rdcu.be/cZkdV and News and Views: nature.com/articles/d4158…

Dean Pospisil (@deanpospisil) 's Twitter Profile Photo

New publication in J. Neuro (jneurosci.org/content/42/50/…): the least biased available estimator of tuning curve correlation. Highly relevant to anyone evaluating the similarity of neuronal tuning (this is a lot of people). The classic estimator r^2 is heavily biased. 1/5

Blake Richards (@tyrell_turing) 's Twitter Profile Photo

Coming to #cosyne2023? Wanna go dance on Saturday night? We got you... We're holding a party at Le Livart (lelivart.com/en/), with acts: - Outself (Live EEG gen music) - Mat Moebius B2B Xanarelle (DJ set + EEG) - Atelier/Atelier (DJ set + AI gen music)! Please RT!!!

Coming to #cosyne2023? Wanna go dance on Saturday night? We got you...

We're holding a party at Le Livart (lelivart.com/en/), with acts:

- Outself (Live EEG gen music)
- Mat Moebius B2B Xanarelle (DJ set + EEG)
- Atelier/Atelier (DJ set + AI gen music)!

Please RT!!!
Alexander Bae (@jalex_bae) 's Twitter Profile Photo

Check out our newest preprint! doi.org/10.1101/2023.0… Releasing C. elegans dauer connectome, the last piece of the C. elegans connectomes across development. Work led by talented students Hyunsoo Yim, Daniel T. Choe with great collaborators. Saadia Nunow, Albert Einstein College of Medicine - Official , #SKKU #KBRI 1/n

Matthew S Creamer (@nondairyc) 's Twitter Profile Photo

If you’re at #Cosyne2024 come check out my poster tonight 1-164. I’ll talk about how we can use whole-brain modeling to describe how a connectome can generate neural activity!

HHMI | Janelia (@hhmijanelia) 's Twitter Profile Photo

🐛Janelia Theory Fellow Tosif Ahamed (Tosif Ahamed) is part of a team that developed an AI model that simulates complex animal movements with exceptional accuracy. Read about this new work, led by Greg Stephens OIST & antoniocbscosta Institut du Cerveau - Paris Brain Institute ➡️oist.jp/news-center/ne…