Working memory (WM) has limited capacity. This leaves attention with the important role of
allowing into storage only the most relevant information. It is increasingly evident that …

Selective attention plays a prominent role in prioritizing information in working memory
(WM), improving performance for attended representations. However, it remains unclear …

Most recent models conceptualize working memory (WM) as a continuous resource, divided
up according to task demands. When an increasing number of items need to be …

Recently, working memory (WM) has been conceptualized as a limited resource, distributed
flexibly and strategically between an unlimited number of representations. In addition to …

Working memory (WM) and attention have been studied as separate cognitive constructs,
although it has long been acknowledged that attention plays an important role in controlling …

Working Memory (WM) plays a crucial role in many high-level cognitive processes (eg,
reasoning, decision making, goal pursuit and cognitive control). The prevalent view holds …

Although previous studies point to qualitative similarities between working memory (WM)
and attention, the degree to which these two constructs rely on shared neural mechanisms …

Working memory (WM) enables the online maintenance and manipulation of information
and is central to intelligent cognitive functioning. Much research has investigated executive …

From the conception of Baddeley's visuospatial sketchpad, visual working memory and
visual attention have been closely linked concepts. An attractive model has advocated unity …

Across many studies, researchers have found that representations in working memory (WM)
can guide visual attention toward items that match the features of the WM contents. While …