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 …

One characteristic feature of visual working memory (WM) is its limited capacity, and
selective attention has been implicated as limiting factor. A possible reason why attention …

Recent theories assert that visual working memory (WM) relies on the same attentional
resources and sensory substrates as visual attention to external stimuli. Behavioral studies …

Recent research indicates that human attention appears inadvertently biased by items that
match the contents of working memory (WM). WM-biases can lead to attentional costs when …

Attention can be allocated in working memory (WM) to select and privilege relevant content.
It is unclear whether attention selects individual features or whole objects in WM. Here, we …

Working memory (WM) representations can bias visual selection to matching stimuli in the
field. WM biases can, however, be modulated by the level of cognitive load, with WM …

The contents of working memory (WM) can both aid and disrupt the goal-directed allocation
of visual attention. WM benefits attention when its contents overlap with goal-relevant …

Although humans can hold multiple items in mind simultaneously, the contents of working
memory (WM) can be selectively prioritized to guide future behavior. We explored whether …

It is unclear why and under what circumstances working memory (WM) and attention
interact. Here, we apply the logic of the time-based resource-sharing (TBRS) model of WM …

Recent research indicates that working memory (WM) and attention interact, with attention
automatically biased to stimuli that match the contents of WM. Though there is behavioral …