Are you an aspiring graduate student fascinated with neuroscience and enjoy computation? Apply to my lab at UMD for graduate school: we aim to develop a mechanistic understanding of cortical function using novel computational tools and large-scale neurophysiological data.
@BevilConway (NIH) and @NeuralCodeUMD (UMD) are seeking a brilliant postdoc to study high-acuity vision combining large-scale electrophys and deep computational modeling. Prior experience (broadly speaking) is recommended: email Dan Butts with CV and brief research statement.
NIH study sections are being canceled or postponed at the last minute, wasting countless hours of scientists' time and delaying critical research funding. This instability threatens scientific progress and patient care. @NIH needs to fix this - fast. #NIHStudySection@theNCI @nih_nhlbi @NIHFunding @NIHDirector
Congratulations to Karolina and the team and thank you to our funders NERF, VIB, and FWO and collaborators @NeuralCodeUMD, Matt Whiteway who have supported us and contributed to this project. URL https://t.co/SitgymUmQs
Official press release: https://t.co/1JTkEjke1R
Excited to release what we’ve been working on at Amaranth Foundation, our latest whitepaper, NeuroAI for AI safety! A detailed, ambitious roadmap for how neuroscience research can help build safer AI systems while accelerating both virtual neuroscience and neurotech. 1/N
How do brains “infer” the world’s state from noisy sensory data—and do so “dynamically?”
Our new theoretical framework bridges these two perspectives in a brain-inspired model👉🧵[1/n]
w/ amazing co-lead @dekelgalor & polymath mentor @jcbyts
📜preprint: https://t.co/xmjFLintZb
Looking forward to #sfn2024! I'll talk on Sat PM and the lab will have posters on Mon PM from @APhensy@LenaShindy Lara Hagopian & Teagan Bullock. Thanks to @christineliuart for flyer production!!
We are recruiting PhD students for this fall, to work at the interface of visual neurophysiology and machine learning. Are you enthusiastic (and ideally knowledgable :) about both? Send me an email!
Come join a fantastic lab (with great collaborators :) to combine cutting edge neurophysiology and computation to answer fundamental questions about vision at the NIH. [pls RT]
Are you keen on brains, neural circuits, electrophys, modeling, behavior, & fancy tools? Post-doc position @NIH. Come collaborate w/ us & Dan Butts (UMD) @NeuralCodeUMD. Fully funded, collaborative, international team. Pls inquire, pls RT
https://t.co/ft4a1URYU2
I'm at #NeurIPS23 and I'll be presenting this work on Tue Dec 12, afternoon session (poster #415). Details here: https://t.co/B35OLlohnS
I love chatting about brains, AI, and anything in between.
If you're at #NeurIPS23 and care about #NeuroAI, let’s connect! 🧠🤖
This paper is so cool: https://t.co/o3tElnc2gJ
It shows several kinds of illusions that I had never seen before (e.g., color inversion illusion).
It's exciting to see more and more cases like this, where AI opens up new kinds of art, rather than only imitating old forms.
#SfN23, @SfNtweets: come check out my poster tomorrow (Sunday) morning if you are curious about the relationship between generative modeling and the brain.
Work with @jcbyts and @NeuralCodeUMD.
https://t.co/01E2ihr02A
Come see our poster this afternoon (Saturday) at #SfN23 (Z26): suggesting color and form are processed through separate channels in (high-acuity) foveal V1, likely due to the limits of cone sampling. With @BevilConway and presented by Felix Bartsch.
If you’re interested in a postdoc at the NIH, track me down at SfN. My lab has four posters on Saturday afternoon (row Z: 18/19/25/26), and I’ll chair a session on objects and scenes Wednesday morning, room WC147A.
@alxecker@KordingLab@peabody124 Lots more to say :), but @alxecker's work on this as well as that of @cris_niell as wel. We have also been working on this recently to resolve foveal V1 (more there). Our earlier work suggests high-res tracking is also necessary outside of fovea too: https://t.co/mnH6JXRDrQ
@alxecker@KordingLab@peabody124 Glad to see this discussion! I wanted to highlight some of our recent work headed by @jcbyts that uses neural signals to calibrate eye tracking: https://t.co/lSsvVq7eQt
We have another open postdoc position! Come join a collaborative community at the Laboratory of Sensorimotor Research, NIH. I welcome informal inquiries.