Viola S. Störmer

The paper shows that intention to perceive motion in ambiguous stimuli pre-activates motion-related neural representations in dorsal visual areas before perception occurs.

The paper shows that sustained auditory spatial attention enhances early visual-cortical processing, mirroring visual-spatial attention signatures.

The paper shows that remembering colors as part of real-world objects improves visual working memory performance and is associated with increased neural engagement and stability.

The paper shows that spatial attention cannot be split within a visual quadrant, with the intermediate location showing the strongest visual-cortical processing regardless of task instructions.

This study uses electrophysiology to show that perceived visual stability of objects emerges later than physical location processing, suggesting feedback from higher brain areas is required.

This study investigates whether exogenous attention improves perception through facilitation or suppression, finding that it enhances processing at attended locations without affecting unattended ones.

The paper investigates how lateralized alpha activity and slow potentials track endogenous and exogenous attention orienting over visual cortex using ERP and alpha band analysis.

The paper shows that processing ambiguous images as meaningful (e.g., faces) predicts better memory, using EEG to identify this effect.