Jan R. Wessel

The paper identifies a distinct type of response inhibition failure, termed trigger failure, using computational modeling and neural data analysis in humans.

This study investigates whether pupil dilation, a measure of autonomic response to errors, causally influences conscious error detection in older adults using atomoxetine.

This study investigates how the fronto-subthalamic circuit implements selective response inhibition in humans using intracranial recordings and a novel task.

The paper investigates how motor errors affect working memory performance and identifies a neurophysiological mechanism underlying error-related impairments in active working memory.

This study identifies common and unique neurophysiological signatures for action stopping and revising, revealing two distinct phases of inhibitory control.

The paper investigates the pause-then-cancel model of action-stopping by measuring motor system physiology during action-stopping, finding evidence for both Pause and Cancel processes.

The paper uses a biophysical model to simulate the neural mechanisms of frontocentral ERP features during action-stopping and links them to a behavioral race model.

This study measures non-selective motor effects of inhibitory control using isometric force recordings, showing suppression of task-irrelevant hand force during action-stopping.

The paper investigates whether surprise processing is associated with increases in frontal cortex beta-bursts across auditory, visual, and tactile modalities, finding a positive correlation with surprise estimates.

This study shows that right inferior frontal cortex damage increases trigger failures in inhibitory control tasks but does not impair the implementation of inhibition once initiated.

The paper shows that strong neural representations of past task features can slow reaction times in future behavior during task-switching.

The paper investigates motor inhibition after action errors in humans using transcranial magnetic stimulation and EEG, finding two types of inhibition linked to post-error slowing.

The paper investigates β burst dynamics in cortico-subcortical networks during movement cancellation in humans, finding that subcortical β-bursts precede cortical β-bursts and increase on successful stop trials.

This study investigates action-stopping by analyzing inhibitory control and attentional capture using stop-signal tasks and neuroimaging techniques, finding early and late inhibitory signatures that support a two-stage model.

Unexpected sounds suppress visual stimulus representations in an attentional task, revealing a role for inhibitory control mechanisms in attentional disruption.

This study investigates whether unexpected or expected infrequent events cause non-selective motor inhibition, finding that unexpected events induce suppression even without movement initiation, while expected infrequent events only do so during movement initiation.

The paper investigates the relationship between stop-signal P3 ERP features and inhibitory GABAa activity in primary motor cortex using individual differences analysis.

This study identifies trial-to-trial dynamics of movement initiation and cancellation using β-bursts in human scalp recordings, showing distinct patterns of β-bursting associated with each process.

The paper investigates how the brain tracks surprise across different sensory modalities and finds separate predictive models for visual and auditory stimuli but a common inhibitory control mechanism.