The ability to retain information in working memory (WM) requires not only the active
maintenance of information about specific items, but also the temporal order in which the …

Working memory (WM) processes help keep information in an active state so it can be used
to guide future behavior. Although numerous studies have investigated brain activity …

Temporal information can be retained and manipulated in working memory (WM). Neural
oscillatory changes in WM were examined by varying temporal WM load …

Motivated by findings that theta and upper alpha oscillations respond selectively to different
types of memory demands, we investigated the role of phase synchronization in a memory …

Neural correlates of control mechanisms in human working memory are discussed at two
levels in this review:(i) at 'item level', where in multi-item working memory information needs …

Recent findings are reviewed indicating that upper alpha oscillations-when analyzed with
appropriate time/frequency resolution-show a similar physiological reactivity as theta in …

A key component of working memory is the ability to remember multiple items
simultaneously. To understand how the human brain maintains multiple items in memory …

Working memory involves the short-term storage and manipulation of information necessary
for cognitive performance, including comprehension, learning, reasoning and planning …

Different cortical dynamics of alpha oscillations (8–13 Hz) have been associated with
increased working memory load, which have been mostly interpreted as a neural correlate …

Working memory (WM) tasks require not only distinct functions such as a storage buffer and
central executive functions, but also coordination among these functions. Neuroimaging …