Axel Lindner

This study identifies head positions in MRI scanners that minimize magnetic vestibular stimulation effects by eliminating vestibulo-ocular reflex components through specific pitch and roll angles.

This study investigates how OCD patients perceive self-action in virtual reality, finding they rely more on visual feedback and show altered response to social context.

This study examines the time course and aftereffects of MVS-induced spatial attention bias and VOR in a 3T MRI scanner, showing sustained attention bias and temporary aftereffects.

The paper uses bounded rationality models to show that human posterior parietal and frontal cortex plan multiple motor actions concurrently, with capacity limits reflected in fMRI data.

This study shows that lying in a 3T MRI scanner with feet first reduces spatial neglect in stroke patients by counteracting their attentional bias.

This study shows that being in a 3T MRI scanner causes a rightward shift in spatial attention, similar to spatial neglect in stroke patients.

This paper introduces a new adaptive method for estimating perceptual thresholds that accounts for observer bias and validates it through simulations.

This study uses fMRI to show that posterior parietal cortex activity during working memory maintenance varies based on the effector used for the response, indicating motor context optimization.

This study shows that human premotor cortex represents both straight and complex hand trajectories, while posterior parietal cortex only represents straight trajectories during movement planning.

The paper investigates how human posterior parietal and dorsal premotor cortex encode visual properties of upcoming actions during planning, finding that early stages represent desired sensory outcomes while later stages shift to motor programs.