Studies in humans and non-human primates have provided evidence for storage of working
memory contents in multiple regions ranging from sensory to parietal and prefrontal cortex …

Among the rhythms of the brain, oscillations in the beta frequency range (∼ 13–30 Hz) have
been considered the most enigmatic. Traditionally associated with sensorimotor functions …

A hallmark of electrophysiological brain activity is its 1/f-like spectrum–power decreases with
increasing frequency. The steepness of this 'roll-off'is approximated by the spectral …

Although working memory is generally considered a highly dynamic mnemonic store,
popular laboratory tasks used to understand its psychological and neural mechanisms (such …

Brain oscillations likely play a significant role in the storage of information in working
memory (WM). Despite the wide popularity of the topic, current attempts to summarize the …

Working memory (WM) is strongly influenced by attention. In visual WM tasks, recall
performance can be improved by an attention-guiding cue presented before encoding …

Many brain areas modulate their activity during vibrotactile tasks. The activity from these
areas may code the stimulus parameters, stimulus perception, or perceptual reports. Here …

Carrying out any everyday task, be it driving in traffic, conversing with friends or playing
basketball, requires rapid selection, integration and segregation of stimuli from different …

Alpha oscillations are often reported to be amplified during working memory (WM) retention,
serving to disengage sensory areas to protect internal representations from external …

Active and flexible manipulations of memory contents “in the mind's eye” are believed to
occur in a dedicated neural workspace, frequently referred to as visual working memory …