Gongchen Yu (@gongchen_yu) 's Twitter Profile
Gongchen Yu

@gongchen_yu

A neuroscientist 'forced' by his own brain to be curious about other brains. Work in NIH.

ID: 1500672185895112710

calendar_today07-03-2022 03:19:19

38 Tweet

89 Followers

108 Following

Michael F. Chiang, MD (@neidirector) 's Twitter Profile Photo

Research led by NEI Intramural: Microsaccades boost or diminish the strength of brain signals underlying attention, but movements themselves are not drivers of those brain signals. Gongchen Yu @brain_alive Leor Katz Rich Krauzlis eLife - the journal: bit.ly/3NpfESo

Research led by <a href="/NatEyeInstitute/">NEI</a> Intramural:

Microsaccades boost or diminish the strength of brain signals underlying attention, but movements themselves are not drivers of those brain signals. 

<a href="/gongchen_yu/">Gongchen Yu</a> @brain_alive <a href="/Leorkatz/">Leor Katz</a> Rich Krauzlis

<a href="/eLife/">eLife - the journal</a>: bit.ly/3NpfESo
Michael F. Chiang, MD (@neidirector) 's Twitter Profile Photo

4/5 And congrats to Gongchen Yu (Eye Movements and Visual Selection Section), who won the 10-minute talk competition. Victor Bass (Neuro-Immune Regulome Unit) was the runner up. Great work!

4/5
And congrats to <a href="/gongchen_yu/">Gongchen Yu</a> (Eye Movements and Visual Selection Section), who won the 10-minute talk competition. Victor Bass (Neuro-Immune Regulome Unit) was the runner up. Great work!
Leor Katz (@leorkatz) 's Twitter Profile Photo

Took a while but it’s finally out!! See my pinned tweet for the summary. Thanks Gongchen Yu, @brain_alive and Rich Krauzlis for a fun project!

Leor Katz (@leorkatz) 's Twitter Profile Photo

New preprint! We identified a mechanism for face processing that's centered on primate SC. It's freaky fast (faster than cortical face patches), depends on inputs from visual cortex (as opposed to retina), and explains some puzzles in the literature. #tweeprint below. 1/n

Leor Katz (@leorkatz) 's Twitter Profile Photo

Poster day! Gongchen Yu will show how primate SC exhibits short-latency (<40ms!) face preference, and I will show what happens to that preference (and in fact, **ALL** visual activity in SC) when LGN is inactivated. Side by side, X7 & X8, today 8am-noon #SfN2023. Come say hi

Poster day!
<a href="/gongchen_yu/">Gongchen Yu</a>  will show how primate SC exhibits short-latency (&lt;40ms!) face preference, and I will show what happens to that preference (and in fact, **ALL** visual activity in SC) when LGN is inactivated. 
Side by side, X7 &amp; X8, today 8am-noon #SfN2023. Come say hi
Zidan Yang | 杨紫丹 (@zidan_yang) 's Twitter Profile Photo

Excited to share my first paper from Inagaki Lab Max Planck Florida Institute for Neuroscience! How does the “timer” in our brain control movement? We discovered specialized computational roles of the frontal cortex and striatum that implement such an action timer⏱️ biorxiv.org/content/10.110…

Leor Katz (@leorkatz) 's Twitter Profile Photo

Our preview paper just got published in Neuron, where we highlight the excellent work of John Maunsell & Supriya Ghosh on attention and Locus Coeruleus: sciencedirect.com/science/articl… With Gongchen Yu, Divya Subramanian and Rich Krauzlis

Cheng Xue (@_chengxue) 's Twitter Profile Photo

I just attended a great conference, but can’t help feeling disillusioned when I see certain organizing decisions, originally intended to promote diversity, going off to a strange direction. (1/7)

Bevil Conway (@bevilconway) 's Twitter Profile Photo

A few postdocs asked me to read over their job applications. Here’s a few bits of advice: 🧵 /10 1. If any advice doesn’t ring true for you, discard it (including this!) 2. People on the search committee are keen to welcome a colleague, they aren’t looking to take you down