Tom Possidente (He/Him)
@tom-poss.bsky.social
3rd Year Doctoral Candidate at Boston University
Brain, Behavior, & Cognition | Somers Lab
memory, perception, fMRI, computational neuroscience
B.A. Vassar College - Cognitive Science
M.A. BU - Psych. and Brain Sciences
Brain, Behavior, & Cognition | Somers Lab
memory, perception, fMRI, computational neuroscience
B.A. Vassar College - Cognitive Science
M.A. BU - Psych. and Brain Sciences
Thank you @vaibhavtripathi.bsky.social for being an excellent first co-author!
July 25, 2025 at 6:09 PM
Thank you @vaibhavtripathi.bsky.social for being an excellent first co-author!
2/2 - We also found that the larger the increase in connectivity between auditory and other WM networks, the better a person performed in the auditory WM task. But the same was not true for changes in connectivity with the visual network during the visual WM task.
July 25, 2025 at 6:09 PM
2/2 - We also found that the larger the increase in connectivity between auditory and other WM networks, the better a person performed in the auditory WM task. But the same was not true for changes in connectivity with the visual network during the visual WM task.
TL;DR 1/2 - It's complicated! Although other explanations are possible, we suggest that auditory WM requires a larger degree of connectivity reorganization than visual WM because frontal auditory regions are not as well-connected to supramodal WM regions at rest.
July 25, 2025 at 6:09 PM
TL;DR 1/2 - It's complicated! Although other explanations are possible, we suggest that auditory WM requires a larger degree of connectivity reorganization than visual WM because frontal auditory regions are not as well-connected to supramodal WM regions at rest.