Rene Jürgen Huster

This study uses machine learning to classify successful and failed stopping trials in the stop signal task using EEG data, finding that the N2-P3 complex and other features contribute to classification performance.

This study evaluates prEMG as a measure of action stopping, finding it better suited than SSRT for investigating brain mechanisms of response inhibition.

The paper examines electrophysiological and behavioral markers of cognitive conflict processing in adolescents, finding age-related changes in parietal components but not frontal components, and a positive age association with accuracy in the Gratton effect.

The paper investigates response inhibition mechanisms using behavioral and physiological measures, finding support for a single inhibitory mechanism influenced by motor preparation.

This study examines the structural connections of the right inferior frontal gyrus subregions and their association with inhibitory control tasks.

This study investigates whether the P3 latency is a valid marker of inhibitory control by analyzing correlations with SSRT and other behavioral parameters, finding that the relationship is not specific to inhibition.

This study investigates the effects of tDCS on stopping latency markers using EEG and EMG, finding no effect of active tDCS on stopping latencies and highlighting variability among latency markers.

This study compares the inhibitory mechanisms of go/no-go and stop signal tasks using EEG and EMG, finding distinct neural dynamics in each task.

The paper investigates age-related changes in error processing during adolescence using electrophysiological and behavioral measures, finding increased ERN amplitude and age-related improvements in post-error adjustments.

This study examines age-related changes in P300 and related EEG components from childhood to adulthood and their relationship with cortical structure using EEG and MRI data.