Tobias Heed

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.

This study compares fast and slow somatosensory stimulation protocols using EEG and MVPA, finding that faster protocols reduce testing time without sacrificing interpretability and provide complementary insights into somatosensory mapping.

This paper conducts a meta-analysis of the tactile temporal order judgment crossing effect, finding a large effect size but limited moderator significance.

This study shows motor imagery enhances learning of both imagined and linked overt movements, supported by neural evidence of event-related synchronization.

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 uses functional MRI to show that macaque VIP has anterior and posterior regions with distinct functional connectivity patterns similar to human VIP regions.

The paper analyzes reaction time variability in cognitive tasks, finding that experimental conditions and temporal dependencies explain only 8-17% of variance, with most remaining unexplained by linear models.

The paper shows that tactile crossing effects arise from limb assignment errors, not spatial remapping, by demonstrating consistent performance impairment under external-spatial instructions.

This study investigates the role of kinesthetic and visuospatial cues in pain-induced movement avoidance by separating these cues in experimental contexts.

This study shows that posterior parietal cortex dynamically updates spatial codes to transform tactile input into motor output based on movement goals.

The paper examines the development of visuo-proprioceptive integration in children aged 4-12 through multiple sensorimotor tasks, finding that coordination abilities develop sequentially and interdependently.

The paper investigates whether motor adaptation in one arm can be facilitated by prior movement of the other arm in bimanual sequences, finding that active participation in the sequence supports adaptation.

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

This paper shows that visuotactile recalibration can modulate implicitly perceived hand size, with congruent mappings leading to an enlarged perceived hand size.

The paper shows humans perceive tactile stimuli as moving across body parts in external space, not just along anatomical boundaries, using a Bayesian model based on Euclidean distance.

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.

This study investigates the role of alpha-band activity in tactile-spatial transformations and finds it does not mediate tactile remapping or fast overt orienting behavior.

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

This study shows that tactile localization improves when participants actively search for a touch with feedback, but not when searching without feedback, highlighting the role of closed-loop sensory feedback.

This study uses TMS to test if PPC regions medial to IPS are involved in online correction of hand and foot movements, finding no effect on movement errors or trajectories.

This study shows that alpha-band oscillations in sighted humans encode external spatial information for tactile stimuli, unlike congenitally blind humans who rely on skin-based coding.

This study shows that task demands influence how sighted and congenitally blind adults integrate anatomical and external spatial information during tactile localization.

The paper investigates whether visual information guides bimanual coordination through abstract spatial or body-related constraints, finding that vision contributes exclusively to spatial coding.