Aspen H. Yoo

The paper identifies a neural mechanism for resource allocation in working memory by showing how frontal cortex feedback modulates visual cortex activity based on item priority.

The paper shows that prioritizing visual working memory items increases neural population gain in early visual cortex, improving memory precision for high-priority items.

This study shows that the brain represents visual working memory content and uncertainty as probabilistic distributions in retinotopic and mid-dorsal stream cortical areas using fMRI data.

The paper investigates whether people maintain and use uncertainty in working memory, finding that uncertainty is both maintained and used optimally in decision-making.

The paper investigates how humans allocate visual working memory resources based on task importance, finding strategic prioritization and error minimization.