Thrilled to share our new NeuroImage paper! We uncover the temporal dynamics of dual-task interference in the brain. Huge thanks to @mvazirip and Seyed-Reza Hashemirad! https://t.co/j2Z4Rf6dbl
We previously showed that objects with stable values are found surprisingly fast among distractors—an effect not explained by classical search theories. Here, we show that reward-induced spatial processing enhancement in PFC underlies this effect. https://t.co/3kWAmCOuRe
My lab @UDelaware is recruiting graduate students in cognitive neuroscience. Contact me if you are interested and please share the word. Here is more info about the MVP Lab: https://t.co/i7s7DIvuUh
and the program: https://t.co/2gyl8WQOFE
We have started to address the neural mechanism by which value can create parallel visual search
in the newest publication from the lab: "Prefrontal Cortex Encodes Value Pop-out in Visual Search" Stay tuned for more!
https://t.co/tPcN7AqDHO
We have previously shown that overtrained value can create parallel search, here we reveal the underlying neural circuitry of value pop-out in spiking and LFP of prefrontal cortex.
https://t.co/0yoRZzi51L
Learning Fast and Slow: Increased cortical plasticity leads to memory interference and enhanced hippocampal-cortical interactions https://t.co/oF9uOlwAqZ #biorxiv_neursci
Right on Marge!!
Professor Livingstone’s personal statement about recent concerns over animal research | Harvard Medical School https://t.co/HjhBE2aMsc
(1/12) Our laboratory would like to share results that represent important & non-incremental advances in the neurobiology of decision making and curiosity. Ethan S. Bromberg-Martin and @yang_yang_feng et al. present this rather enormous effort.
https://t.co/0KS46uxlXd
Meta-analysis of MPTP model of Parkinson's in rodents showing widespread effects on motor and cognitive functions. Reproducibility note : We failed to find strong correlation between injection dose/duration and cognitive deficits. https://t.co/7JCTBbhLEK