Zhengang Lu

This study shows that navigational experience influences how visual scenes are perceived and represented in the brain, beyond their visual properties.

This study uses high-resolution fMRI to show that human prefrontal cortex encodes visual memory with a topological organization similar to animal models.

This study identifies brain regions in humans that maintain a consistent directional representation during naturalistic virtual navigation.

The paper investigates interhemispheric coordination in face processing using fMRI decoding and time-resolved psychophysics, finding phase differences in oscillatory patterns depending on the initiating hemisphere.

This study uses fMRI and a time-resolved paradigm to show theta-band fluctuations in visual object priming, with FFA theta power negatively correlating with reaction time.