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I’ll be joining School of BBS at UTD UT Dallas as an Asst Prof in Jan 2024! Many thanks to my advisors Haxby Lab, Ida Gobbini, Brad Duchaine, colleagues @Dartmouth & all who helped me get here! Interested in #computational #neuroscience #cognition #perception #neuropsychology? Join me! 🧠

If you want to use the onavg surface template in your own research, our official website contains step-by-step instructions and example code: feilong.github.io/tpl-onavg/ It was a great pleasure presenting this work VSS Meeting #vss2023 and thank you all for the feedback!

I will present this work OHBM #OHBM2023 (Poster 821, Sun/Mon; Data and resource sharing, Wed). Stop by if you’re interested!

Is sensory experience a mandatory prerequisite for the functional architecture of the human high-level visual cortex to arise and develop? See my presentation on this topic at #SfN23 this afternoon. Welcome!

➕ I am looking for a potential lab manager starting from 2024 in my new lab School of BBS at UTD on understanding human high-level perception and cognition using naturalistic stimuli and neuroimaging. If you are interested, talk to me during #SfN23!

If you're @SfN and interested in manifolds, fMRI neurofeedback, or fun VR tasks, come to my talk "Learning on the manifold of human brain activity through real-time neurofeedback" at 1:30pm on Sunday in WCC 201! #SfN23 Krishnaswamy Lab Guillaume Lajoie

#SfN2023 Excited to share my research TODAY🎉 We have a remarkable ability to understand the actions and intentions of others by observing their behavior. Ever curious how our mind and brain do so? Z22, 1-5 pm is where you could find out 🤼‍♀️ All thanks to Haxby Lab Sam Nastase 🤍

Our paper “Dissociation of reliability, heritability, and predictivity in coarse- and fine-scale functional connectomes during development” is now out in SfN Journals Journal of Neuroscience and was selected as a Featured Article! See: jneurosci.org/content/44/6/e… 🧵1/3

Excited to shared this amazing work by the amazing Erica and colleagues! Based on data from >1000 ABCD children, we found that fine-grained connectome is more reliable but less heritable than coarse-grained, and it performs better in predicting less heritable cognitive traits.

"I think that onavg represents a methodological advancement that has broad applications across all aspects of cognitive and clinical neuroscience," says co-author James Haxby. nature.com/articles/s4159… eurekalert.org/news-releases/…