It is widely assumed that the short-term retention of information is accomplished via
maintenance of an active neural trace. However, we demonstrate that memory can be preserved …

… Lewis-Peacock,41 Mikhail A. Lebedev,42,43,44 Ruth A. Lanius,45 Andrea Kubler,46
Cornelia Kranczioch,47 Yury Koush,48 Lilian Konicar,49 Simon H. … Micoulaud-Franchi JA …

… The implications of the Lewis-Peacock et al. (2012) findings are potentially very broad-… ,
this study was designed to replicate the critical features of Lewis-Peacock et al. (2012), with the …

… Therefore, we sought to replicate the important features of the Lewis-Peacock et al. (2012)
study while assaying neural activity with EEG, a technique sensitive to neural oscillations. …

Over half a century of research focused on understanding how working memory is capacity
constrained has overshadowed the fact that it is also remarkably resistant to interference. …

This study describes a functional magnetic resonance imaging study of humans engaged in
long-term memory (LTM) and working memory tasks. A pattern classifier learned to identify …

The capacity of long-term memory is thought to be virtually unlimited. However, our memory
bank may need to be pruned regularly to ensure that the information most important for …

What happens to goal‐relevant information in working memory after it is no longer needed?
Here, we review evidence for a selective removal process that operates on outdated …

… dissociating the internal focus of attention from short-term memory (STM), finding that the
information represented in delay-period activity corresponds only to the former (Lewis-Peacock, …

Switching attention from one thought to the next propels our mental lives forward. However,
it is unclear how this thought-juggling affects our ability to remember these thoughts. Here …