Johannes Rennig

This study investigates the role of posterior ventral stream areas in viewpoint-invariant object recognition using fMRI and patient studies, finding increased activity in fusiform and lateral-occipital regions for atypical views.

The paper investigates the role of temporo-parietal brain regions in object perception, finding that these areas are involved in processing non-canonical object orientations and global shapes.

The paper assesses whether lesion information beyond the primary motor system can predict motor outcomes after stroke, finding that such information improves prediction even when the biomarker is based on corticospinal tract damage.

The paper investigates how visual speech improves the perception of noisy auditory speech by analyzing brain activity in the superior temporal cortex using fMRI.

The paper shows that eye movement patterns during face viewing predict individual differences in audiovisual speech perception benefits.