Excited to share my first paper from Inagaki Lab @MPFNeuro!
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⏱️
https://t.co/qSUp6TRTbA
First preprint of my PhD! Thanks for amazing supervision from Clayton Curtis and all the cool people from Clayspace lab and help from everyone at NYU CBI without which this work would not have been successful.
https://t.co/amAeURlJUl
Check out our review on how the prefrontal cortex integrates memory systems across timescales to guide adaptive behavior! And we detail the many plastic changes observed in PFC with learning and training, from single neurons to brain-wide activity patterns
New in #JNeurosci: Trying hard may improve memory! @SarahMaster17@lindromat & Clayton Curtis @NYUPsych find that effort-related neural signals shape memory-related neural signals. https://t.co/w0ST0eucdD
How does the brain select what to consolidate during sleep? New in @sciencemagazine , our work (https://t.co/9AqhbvNYc2) sheds light on the brain's mechanism for selective memory consolidation. 🧵👇1/n
It's currently under peer review on Elife! Thanks to my awesome supervisor Clayton Curtis and the best CurtisLab at @NYUPsych! Feel free to ask us any questions and open to all suggestions!
Visual working memories are abstractions of percepts https://t.co/K0xICLlItc
Do different forms of prior information have the same impact on perceptual decisions? Turns out no! Check out my new paper w/ Lalitta Suriya-Arunroj, Yale Cohen, and Josh Gold in @PLOSCompBiol https://t.co/JuMNWq2dir
Before 2023 is over, here's another new preprint from me! In it, we attempt to elucidate the neural mechanisms of cognitive effort exertion on a working memory task.
https://t.co/Vl9xRRknIV