Jakub Limanowski

This paper conducts a systematic review and meta-analysis of fMRI studies on object-location memory, identifying key brain regions involved in encoding and retrieval and age-related differences in neural activity.

This study investigates oculomotor correlates of hand-eye coordination under standard and nonstandard visual feedback, finding increased pupil dilation and reduced tracking performance during expectation violations.

The paper compares detection of visuomotor incongruence through spatially matched delays and offsets, finding similar perceptual thresholds during execution and better offset detection during active movement.

The paper investigates how oscillatory brain activity changes with varying feedback delays in a visuomotor task, finding delay-dependent modulations in beta and theta oscillations and their coupling with movement signals.

The paper uses dynamic causal modeling to analyze effective connectivity in the cortico-cerebellar network during visuomotor adaptation and ignoring delayed visual feedback, finding increased cerebellar influence on V5 and mutual excitation between cerebellar hemispheres.

This study tests if occipital tACS at alpha or beta frequencies affects manual performance or fixation variability during visuo-proprioceptive conflict, finding no effect on performance but reduced fixation variability with beta-tACS.

The paper investigates how the brain processes delayed visual movement feedback in different tasks, finding enhanced cerebellar and parietal cortex responses during visuomotor adaptation.

This study investigates how perception of visuomotor delay changes depends on baseline delay, finding that larger delays lead to more accurate and faster detection of changes, contradicting Weber-Fechner Laws.

This study investigates forward models in motor planning by examining brain activity during a delayed movement task with visuomotor congruence manipulation using fMRI.

The paper identifies the bilateral frontal operculum's role in monitoring manual action performance and error processing using visual or proprioceptive feedback.

The paper investigates how cortical beta oscillations reflect contextual gating of visual action feedback during sensorimotor integration using MEG and virtual reality.

This study investigates how attention modulates task performance under conflicting visual and proprioceptive cues using simulation and human experiments.