Bianca R. Baltaretu

The paper uses fMRI data to analyze how saccades affect functional modularity in the human cortical vision network, showing increased integration during saccadic eye movements.

The paper investigates the role of occipital and parietal cortex in transsaccadic perception of object shape and orientation using neuroimaging data.

This paper applies spectral graph theory to analyze EEG data from resting states, showing it can distinguish brain networks by synchrony and complexity compared to topological features.

This study investigates the role of posterior parietal cortex in transsaccadic memory of spatial frequency using fMRI, finding distinct neural networks for different visual features.

This study identifies parietal cortex regions that integrate saccade and visual signals to update grasp plans during eye movements.

The paper investigates neural correlates of transsaccadic orientation comparison across different spatial reference frames using fMRIa, finding distinct cortical activation patterns for each condition.