We investigated the degree to which the distributed and overlapping patterns of activity for
working memory (WM) maintenance of objects and spatial locations are functionally …

This functional magnetic resonance imaging study investigates commonalties and
differences in working memory (WM) processes employing different types of stimuli. We …

Investigations of working memory (WM) systems in the frontal cortex have revealed two
stimulus dimensions along which frontal cortical representations may be functionally …

Two experiments were conducted to compare theories of the functional organization of
spatial working memory within the human prefrontal cortex. In Experiment I, memory set size …

Working memory (WM) tasks engage a network of brain regions that includes primary,
unimodal, and multimodal associative cortices. Little is known, however, about whether task …

Many current models of working memory (WM) emphasize a close relationship between WM
and attention. Recently it was demonstrated that attention can be dynamically and …

Neurophysiological experiments with monkeys have demonstrated that working memory
(WM) is associated with persistent neural activity in multiple brain regions, such as the …

Working memory (WM), the active maintenance of currently relevant information, is a flexible
system allowing for fast and frequent goal-directed changes of rehearsed information …

Neuroimaging studies in humans have shown that different working memory (WM) tasks
recruit a common bilateral fronto-parietal cortical network. Animal studies as well as …

Prefrontal cortex (PFC) supports the maintenance of currently relevant information in
working memory (WM). How the PFC is organized for the maintenance of disparate …