Inhibition of prepotent action is an important aspect of self-control, particularly in social
contexts. Action inhibition and its neural bases have been extensively studied. However, the …

We compared the effect of locking the event-related potentials (ERPs) on the stimulus vs. the
response in a simple (SRT) and in a discriminative (DRT, equally probable Go/No-go) visuo …

The capacity to inhibit a planned action gives human behavior its characteristic flexibility.
How this mechanism operates and what factors influence a decision to act or not act remain …

Sensory suppression effects observed in electroencephalography (EEG) index successful
predictions of the type and timing of self-generated sensory feedback. However, it is unclear …

The readiness potential is an ongoing negativity in the EEG preceding a self-initiated
movement by approximately 1.5 s. So far it has predominantly been interpreted as a …

The frontocentral P 3 event‐related potential has been proposed as a neural marker of
response inhibition. However, this association is disputed: some argue that P 3 latency is too …

Proactive brain control optimizes upcoming actions and inhibits unwanted responses. In the
present event-related potential (ERP) study, participants freely decided in advance whether …

To head rather than heed to temptations is easier said than done. Since tempting actions are
often contextually inappropriate, selective suppression is invoked to inhibit such actions …

When a voluntary action is causally linked with a sensory outcome, the action and its
consequent effect are perceived as being closer together in time. This effect is called …

OBJECTIVE: Warning signals can induce a paradoxical increase in reaction time (RT) when
detecting targets. Top-down inhibitory control intended to prevent undesired responses to …