Thanks to everyone in the lab past and present, and everyone at NIH and outside who supported us.
The work we do is hard, and only possible with that support. Science is really a team and community effort; a long-term effort.
Thanks to everyone in the lab past and present, and everyone at NIH and outside who supported us.
The work we do is hard, and only possible with that support. Science is really a team and community effort; a long-term effort.
Our work is at the intersection of neuroscience and AI, and we aim to understand how the brain's densely connected recurrent networks operate. 🧪
Our work is at the intersection of neuroscience and AI, and we aim to understand how the brain's densely connected recurrent networks operate. 🧪
publicusaresearchbenefits.com
please share and re-share so we get more great stories in there!
publicusaresearchbenefits.com
please share and re-share so we get more great stories in there!
& that it does so via active filtering, transforming network inputs to boost those associated w/ nat'l sensation"
Amidst
arxiv.org/abs/2501.1...
& that it does so via active filtering, transforming network inputs to boost those associated w/ nat'l sensation"
Amidst
arxiv.org/abs/2501.1...
#vision #perception #neuroskyence #academicsky #investinscience
#vision #perception #neuroskyence #academicsky #investinscience
That talk was supposed to be today, Tues Mar 11th. I would have talked about @lafosse.bsky.social's work on neural activation functions (con't below)...
But I had to cancel due to the NIH travel ban. 🧪
1/
That talk was supposed to be today, Tues Mar 11th. I would have talked about @lafosse.bsky.social's work on neural activation functions (con't below)...
But I had to cancel due to the NIH travel ban. 🧪
1/
We must @standupforscience.bsky.social.
1/2
We must @standupforscience.bsky.social.
We have incredibly dense recurrent networks in our brains, especially across the cerebral cortex, the structure thought to be responsible for complex cognition. How will we figure out how these biological RNNs… 1/2
🧪 #neuroai
We have incredibly dense recurrent networks in our brains, especially across the cerebral cortex, the structure thought to be responsible for complex cognition. How will we figure out how these biological RNNs… 1/2
🧪 #neuroai
@ngfriedman.bsky.social from our lab won a NIH Graduate Student research award for having one of the top posters presented at the all-NIH intramural graduate student research day.
The work is on how brain neural networks re-organize during learning.
🏆📄
@ngfriedman.bsky.social from our lab won a NIH Graduate Student research award for having one of the top posters presented at the all-NIH intramural graduate student research day.
The work is on how brain neural networks re-organize during learning.
🏆📄
@jforawe.bsky.social and @cianadeveau.bsky.social
@jforawe.bsky.social and @cianadeveau.bsky.social