monosov_lab (@monosovlab) 's Twitter Profile
monosov_lab

@monosovlab

Studying neuronal circuits of motivation, emotion, and learning in the Department of Neuroscience at Washington University School of Medicine. Opinions are own.

ID: 751245426578190336

linkhttp://neurosci.wustl.edu/people/faculty/ilya-monosov calendar_today08-07-2016 02:44:01

2,2K Tweet

1,1K Followers

287 Following

Sung Han (@iamhans) 's Twitter Profile Photo

Excited to share our story about a top-down slow breathing circuit just published in Nature Neuroscience! Congrats to all co-authors for their hard work, especially Jinho Jhang for his incredible contributions!! nature.com/articles/s4159…

Jean-Claude Dreher (@jc_dreher) 's Twitter Profile Photo

When faced with ambiguous news, how do individuals decide whether to seek more information? Confidence in one's judgment about news veracity determines the willingness to search extra information, revealing gaps in metacognitive abilities. rdcu.be/d39np

When faced with ambiguous news, how do individuals decide whether to seek more information? Confidence in one's judgment about news veracity determines the willingness to search extra information, revealing gaps in metacognitive abilities. rdcu.be/d39np
monosov_lab (@monosovlab) 's Twitter Profile Photo

organization and complexity of low and high frequency oscillation …. Thank you, Shashank Anand and Fatih for the chance to support and mentor you….and for warmly or patiently embracing my skepticism of interpretations of LFP oscillation. academic.oup.com/cercor/article…

Yulong Li Lab (@yulonglilab) 's Twitter Profile Photo

(1/7) Far-red dopamine sensor is coming! Excited to introduce our chemigenetic DA sensor, HaloDA1.0! #Dopamine #FarRedSensors, #GRAB biorxiv.org/content/10.110…

Brendan Ito (@mousejesus) 's Twitter Profile Photo

Kicking off the new year with our new paper in nature! We find that touch-guided tongue control in mice relies on a collicular mechanosensorimotor map, analogous to collicular visuomotor maps associated with visually-guided orienting in many species. nature.com/articles/s4158…

Reza Shadmehr (@reziliusreza) 's Twitter Profile Photo

In the cerebellum, neurons are placed in competition with one another, nulling the downstream effects of each other's spikes, in a well-organized subtractive process that produces a fast changing, precise output from a collection of slow, noisy neurons.

In the cerebellum, neurons are placed in competition with one another, nulling the downstream effects of each other's spikes, in a well-organized subtractive process that produces a fast changing, precise output from a collection of slow, noisy neurons.
monosov_lab (@monosovlab) 's Twitter Profile Photo

i have made an account on bluesky. i will use it to post lab updates as i do here. those interested please follow: monosovlab.bsky.social

monosov_lab (@monosovlab) 's Twitter Profile Photo

Incredibly proud of Dr Julia Pai. Fantastic defense and pioneering project on non-neuronal cells in Reinforcement Learning! Now almost off to her next chapter. Paper in prep!

Incredibly proud of Dr Julia Pai. Fantastic defense and pioneering project on non-neuronal cells in Reinforcement Learning! Now almost off to her next chapter. Paper in prep!
Guy Davidson (@guyd33) 's Twitter Profile Photo

Out today in Nature Machine Intelligence! From childhood on, people can create novel, playful, and creative goals. Models have yet to capture this ability. We propose a new way to represent goals and report a model that can generate human-like goals in a playful setting... 1/N

Out today in Nature Machine Intelligence! 

From childhood on, people can create novel, playful, and creative goals. Models have yet to capture this ability. We propose a new way to represent goals and report a model that can generate human-like goals in a playful setting... 1/N
Richard Sutton (@richardssutton) 's Twitter Profile Photo

I am pretty happy with this 30-minute summary of my views on the current state of AI and alignment. youtube.com/watch?v=w177Ov…