Attention is a core cognitive mechanism that allows the brain to allocate limited resources
depending on current task demands. A number of frontal and posterior parietal cortical …

Voluntarily shifting attention to a location of the visual field improves the perception of events
that occur there. Regions of frontal cortex are thought to provide the top-down control signal …

Visual attention selects task-relevant information from scenes to help achieve behavioral
goals. Attention can be deployed within multiple domains to select specific spatial locations …

The selection of behaviorally relevant information from cluttered visual scenes (often
referred to as “attention”) is mediated by a cortical large-scale network consisting of areas in …

A frontoparietal network has long been implicated in top-down control of attention. Recent
studies have suggested that this network might communicate through coherence in the …

When subjects monitor a single location, visual target detection depends on the pre-target
phase of an∼ 8 Hz brain rhythm [1, 2]. When multiple locations are monitored, performance …

Anticipation of an impending stimulus shapes the state of the sensory systems, optimizing
neural and behavioral responses. Here, we studied the role of brain oscillations in mediating …

The capacity to rapidly adjust behavioral strategies according to changing task demands is
closely associated with coordinated activity in lateral and medial prefrontal cortices …

A dorsal frontoparietal network, including regions in intraparietal sulcus (IPS) and frontal eye
field (FEF), has been hypothesized to control the allocation of spatial attention to …

Classic studies of spatial attention assumed that its neural and behavioral effects were
continuous over time. Recent behavioral studies have instead revealed that spatial attention …