Baiwei Liu

This study investigates how the human brain uses sparse spatial scaffolding to organize and retain visual working memory representations based on direction and distance.

This study shows internal and external selection processes can occur concurrently during visual search, challenging the idea they must take turns.

The paper investigates whether attention shifts trigger new microsaccades or bias ongoing ones, finding that attention biases direction without increasing microsaccade rate.

This study investigates how visual working memory integrates past and future information by dissociating their encoding and testing locations, revealing joint utilization of both memory attributes.

The paper shows that microsaccades transiently lateralise EEG alpha power based on their direction, linking eye movements to spatial cognition.

The paper investigates the relationship between microsaccades and neural modulation by covert spatial attention, finding that microsaccades are correlated with but not required for neural modulation.