Kai Görgen

The paper tests whether clutter disrupts spatial tuning of object representations in human visual cortex by measuring brain signals during object viewing with and without clutter.

This study shows that working memory representations in early visual cortex during memory delay periods are not encoded in the same sensory format as during perception of naturalistic images.

This study shows that multitasking performance improves with practice that separates task representations in sensory brain regions, reducing modality-based interference.

The paper investigates how neural activity changes when individuals alter food choices without changing their food values, finding increased posterior cingulate cortex activity and grey matter density correlations.

The paper investigates whether working memory signals in early visual cortex depend on visual imagery, finding that reconstruction quality is similar for strong and weak imagers.

This study investigates whether neural representations of intentions are context- and reason-invariant, finding that they are context-dependent but not reason-dependent.