Barbara Händel

The paper simulates non-local information processing in associative brain regions using holographic wave patterns and compares results with electrophysiology and EEG data.

A neural model of non-local information processing on a neocolumnar architecture replicates electrophysiological data from primates, showing high-frequency activity during visual perception.

This study shows that blink latency is modulated by the duration of task-relevant information in both visual and auditory domains, indicating a role for top-down cognitive processes.

This study investigates how eye movements like blinks and microsaccades relate to bistable motion perception, finding distinct patterns for perceptual switches to coherent versus component motion.

This study finds that motor activity, specifically lip movements during speaking, significantly increases blink rate, suggesting caution in using blinks as neurological indicators during interviews.

This study shows that walking in humans increases peripheral visual influence on central processing, accompanied by changes in alpha oscillations, indicating an attentional shift to the periphery during movement.