Jianghao Liu

This study identifies structural brain differences in frontotemporal and cingulate regions in individuals with congenital aphantasia, suggesting altered higher-order systems may underlie the absence of conscious imagery.

The paper identifies distinct beta and gamma band dynamics in right-hemisphere attentional networks that predict conscious reports of valid and invalid targets.

The paper identifies category-preferring patches in the human orbitofrontal cortex using fMRI, showing similar organization and function to the ventral occipitotemporal cortex.

This study uses 7T fMRI to compare neural activity during visual mental imagery and perception in typical imagers and aphantasic individuals, revealing differences in brain connectivity.

The paper analyzes intracortical recordings to show exogenous attention emerges as cortical gradients, with neural activity reflecting visual attributes and response timing.

The paper uses intracerebral recordings and modeling to show how fronto-parietal networks mediate attention and consciousness in human perception.

The paper investigates the connectional anatomy of the Fusiform Imagery Node (FIN) in a patient with left occipitotemporal damage, finding it spared and connected to the anterior temporal lobe and frontal regions.

This study uses MEG to investigate how attentional cues affect conscious visual perception, finding that predictive cues enhance detection while invalid cues disrupt processing.

This paper presents a meta-analysis and Bayesian analysis showing that visual mental imagery activates the left fusiform gyrus but not early visual cortex, proposing a revised neural model.