🚨Pre-print announcement!🚨 We are excited to share our new pre-print addressing an important issue in systems neuroscience: reproducibility. 🧵 (1/8)
https://t.co/n0MWWlPFIG
Check out my new work with David Brainard & @GKAguirre! We measured chromatic contrast response functions and show that our quadratic model is able to predict fMRI responses in V1 to a wide range of stimuli. We examine how V1 chromatic sensitivity changes with eccentricity.
Neuropixels probes, introduced 3 years ago, started a new era in large-scale electrophysiology. Today I'm happy to share a big team effort developing Neuropixels 2.0. We can now record stably from 10,000 sites in freely-moving mice. Thread - https://t.co/zbGwtXtLmQ
New preprint co-lead by all-star Ling-Qi Zhang and the amazing Alan Stocker and Dora Angelaki! (how do none of these people have twitter?!?!). Please RT!
Aberrant Sensory Encoding in Patients with Autism https://t.co/KhbbekH1MH
After >2 years of effort by our team in 7 labs, we present to you: 3 million choices from 101 mice in a standardized decision-making task. 🐭
"A standardized and reproducible method to measure decision-making in mice" https://t.co/En0HuiQncW
Story time! 🧵👇 1/10
So excited to see this paper out!
We show that, during invariant object search, top-down, task-relevant signals are likely integrated with feed-forward, visual signals directly in IT, rather than in V4.
.@roamnoth and @VisualMemoryLab show "top-down signals found in IT cannot be described as inherited from V4 but rather must be integrated directly within IT itself."
"The integration of visual and target signals in V4 and IT during visual object search"
https://t.co/VwieaYARkh