Recent evidence has demonstrated that environmental sampling is a fundamentally
rhythmic process. Both perceptual sensitivity during covert spatial attention and the …

Oscillatory brain rhythms can bias attention via phase and amplitude changes, which
modulate sensory activity, biasing information to be processed or ignored. Alpha band (7–14 …

Covert spatial attention is essential for humans' ability to direct limited processing resources
to the relevant aspects of visual scenes. A growing body of evidence suggests that rhythmic …

Recent studies suggest that attention samples space rhythmically through oscillatory
interactions in the frontoparietal network. How these attentional fluctuations coincide with …

Visual search—finding a target element among similar-looking distractors—is one of the
prevailing experimental methods to study attention. Current theories of visual search …

Growing evidence suggests that distributed spatial attention may invoke theta (3–9 Hz)
rhythmic sampling processes. The neuronal basis of such attentional sampling is, however …

That attention is a fundamentally rhythmic process has recently received abundant empirical
evidence. The essence of temporal attention, however, is to flexibly focus in time. Whether …

The brain directs its limited processing resources through various selection mechanisms,
broadly referred to as attention. The present study investigated the temporal dynamics of two …

Many aspects of perception and cognition are supported by activity in neural populations
that are tuned to different stimulus features (eg, orientation, spatial location, color). Goal …

Attention supports the allocation of resources to relevant locations and objects in a scene.
Under most conditions, several stimuli compete for neural representation. Attention biases …