Christian Seegelke

The paper investigates how motor imagery and execution contribute to movement history effects, finding that sensory feedback during execution drives late-stage biases while motor planning influences initial direction adjustments.

The paper dissociates the effects of motor planning and execution on movement history, showing distinct contributions to feedforward and feedback aspects of motor behavior.

The paper investigates repetition effects in motor planning by separating motor and visual cues, finding that effector selection precedes movement specification and influences reaction times.

The paper investigates how visuospatial attention builds up during motor preparation and shows it reflects decision-making rather than just goal selection.

The paper shows that repetition effects in action planning are effector-specific, not hemisphere-specific, as same-limb actions are faster regardless of direction frame.

The paper shows that humans construct the external location of touch after determining which hand was stimulated, not automatically upon stimulus occurrence.