A relatively new analysis technique, known as neural decoding or multivariate pattern
analysis (MVPA), has become increasingly popular for cognitive neuroimaging studies over …

It is often assumed that information in visual working memory (vWM) is maintained via
persistent activity. However, recent evidence indicates that information in vWM could be …

Visual working memory (VWM) is used to maintain visual information available for
subsequent goal-directed behavior. The content of VWM has been shown to affect the …

Visual working memory (VWM) allows humans to actively maintain a limited amount of
information. Whereas previous electrophysiological studies have found that lateralized event …

Visual working memory (VWM) relies on a distributed cortical network. Yet, the extent to
which individual cortical areas, like early visual cortex and intraparietal sulcus, are essential …

There has been a long history of research on visual working memory. Whereas early studies
have focused on the role of lateral prefrontal cortex in the storage of sensory information, this …

The neural mechanisms associated with the limited capacity of working memory (WM) has
long been studied, but it is still unclear which neural regions are associated with the …

How does the brain prioritize among the contents of working memory (WM) to appropriately
guide behavior? Previous work, employing inverted encoding modeling (IEM) of …

Limits on the storage capacity of working memory have been investigated for decades, but
the nature of those limits remains elusive. An important but largely overlooked consideration …

Besides controlling eye movements, the brain's oculomotor system has been implicated in
the control of covert spatial attention and the rehearsal of spatial information in working …