Cognitive control allows to flexibly guide behaviour in a complex and ever-changing
environment. It is supported by theta band (4–7 Hz) neural oscillations that coordinate …

The unitary nature of resistance to interference (RI) processes remains a strongly debated
question: are they central cognitive processes or are they specific to the stimulus domains …

Frontal midline theta oscillatory dynamics have been implicated as an important neural
signature of inhibitory control. However, most proactive cognitive control studies rely on …

The question of whether cognitive control is specific to certain domains or domain-general
remains an extensively debated question at both cognitive and neural levels. This study …

Human adaptive behavior requires continually learning and performing a wide variety of
tasks, often with very little practice. To accomplish this, it is crucial to separate neural …

Cognitive control is a hallmark of human cognition. A large number of studies have focused
on the plasticity of cognitive control and examined how repeated task experience leads to …

Considerable evidence highlights the dorsolateral prefrontal cortex (DLPFC) as a key region
for hierarchical (ie multilevel) learning. In a previous electroencephalography (EEG) study …

The research conducted in this multi-paradigm investigation aimed to address the question
of whether resistance-to-interference (RI) processes are domain-general or domain-specific …