In principle, selective attention is the net result of target selection and distractor suppression.
The way in which both mechanisms are implemented neurally has remained contested. …

Dopamine underlies important aspects of cognition, and has been suggested to boost
cognitive performance. However, how dopamine modulates the large-scale cortical dynamics …

Is there one optimal topology of functional brain networks at rest from which our cognitive
performance would profit? Previous studies suggest that functional integration of resting state …

Speech comprehension in noisy, multitalker situations poses a challenge. Successful
behavioral adaptation to a listening challenge often requires stronger engagement of auditory …

Successful listening crucially depends on intact attentional filters that separate relevant from
irrelevant information. Research into their neurobiological implementation has focused on …

Previous studies on multitasking suggest that performance decline during concurrent task
processing arises from interfering brain modules. Here, we used graph‐theoretical network …

Multi-tasking is a familiar situation where behavioral performance is often challenged. To
date, fMRI studies investigating the neural underpinning of dual-task interference have mostly …

In multi-talker situations, individuals adapt behaviorally to this listening challenge mostly with
ease, but how do brain neural networks shape this adaptation? We here establish a long-…

Behavioral effects of transcranial magnetic stimulation (TMS) often show substantial differences
between subjects. One factor that might contribute to these inter-individual differences is …

Perceptual decisions vary in the speed at which we make them. Evidence suggests that
translating sensory information into perceptual decisions relies on distributed interacting neural …