It has been suggested that cross-frequency phase-amplitude coupling (PAC), particularly in
temporal brain structures, serves as a neural mechanism for coordinated working memory …

Neuronal activity in sensory and fronto-parietal (FP) areas underlies the representation and
attentional control, respectively, of sensory information maintained in visual working memory …

Working memory requires large-scale cooperation among widespread cortical and
subcortical brain regions. Importantly, these processes must achieve an appropriate balance …

Spatial attention amplifies the neural response, ie spike rates, brain metabolism, and
oscillatory activity at gamma frequency (beyond 30 Hz). In this study we show that when a …

Whether neural synchronization is engaged in binding of verbal and spatial information in
working memory remains unclear. The present study analyzed oscillatory power and phase …

Visuospatial attention prioritizes processing of attended visual stimuli. It is characterized by
lateralized alpha-band (8–14 Hz) amplitude suppression in visual cortex and increased …

Cross-frequency coupling supports the organization of brain rhythms and is present during a
range of cognitive functions. However, little is known about whether and how long-range …

In recent years, studies ranging from single-unit recordings in animals to
electroencephalography and magnetoencephalography studies in humans have …

Working memory requires maintenance of and executive control over task-relevant
information on a timescale of seconds. Spatial working memory depends on interactions …

How does the brain enable us to remember two or more object representations in visual
working memory (VWM) without confusing them? This “gluing” process, or feature binding …