Sage Boettcher

This study investigates how attention is divided between perception and working memory when both domains are simultaneously relevant, revealing asymmetric behavioural and neural effects.

This study investigates temporal organisation of hand action selection in people who stutter (PWS) compared to typically fluent speakers (TFS) using MEG, finding weaker mu/beta modulation during high uncertainty periods.

This study shows that individuals with ADHD maintain the ability to form predictions but show reduced long-term benefits from temporal prediction in a dynamic visual task.

The paper investigates how temporal attention affects visual processing stages using EEG, finding that temporal predictability modulates ERP components like P300 during target identification tasks.

The paper investigates how feature-temporal predictions influence visual search performance, attentional capture, and motor responses in dynamic environments.

The paper investigates how visual and motor contents in working memory are reselected after external interference, finding that both are reselected immediately and concurrently.

This study investigates neural dynamics during attention shifts between external sensory input and internal working memory using magnetoencephalography.

The paper investigates how sensory and motor contents are prioritized in working memory through dynamic temporal modulation, finding they are temporally uncoupled and governed by distinct neural mechanisms.

The paper investigates early planning of potential visual working memory use for behavior, finding it adapts to task demands and occurs even for non-relevant actions, affecting performance.