Chong Zhao

This study shows that recognition signals in memory tasks share a common neural format across different memory scales, with changes in timing, strength, and behavioral relevance.

The paper shows that neural patterns reconfigure with increasing memory load, revealing a low-dimensional trajectory linked to memory performance.

This study investigates how people selectively remove irrelevant visual working memory items during testing, finding that categorical relevance, not spatial location, drives this process.

This study investigates the relationship between sustained attention and cognitive processes, finding that individual differences in sustained attention are more closely linked to long-term memory than to attentional control and working memory.

This study examines how repetitive learning affects two ERP components associated with recognition memory, finding that the parietal old/new effect changes with repetition while the frontal effect remains stable.