Working Memory: The Importance of Theta and Gamma Oscillations: Current Biology Skip to
Main Content Advertisement Current Biology This journal offers authors two options (open …

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 …

Working memory (WM) activity is not as stationary or sustained as previously thought. There
are brief bursts of gamma (~ 50–120 Hz) and beta (~ 20–35 Hz) oscillations, the former …

Working memory (WM) is the ability to retain and associate information over brief time
intervals. Functional imaging studies demonstrate that WM is mediated by a distributed …

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 …

Experimental work based on single cell recordings supports the hypothesis that working
memory representations are retained by sustained neuronal firing. While this hypothesis can …

There are multiple theories of working memory (WM), many of which are described in the
contributions to this book. A previous, highly influential edited book on WM (Miyake and …

Recent findings indicate that the hippocampus supports not only long-term memory
encoding but also plays a role in working memory (WM) maintenance of multiple items; …

To date, much is known about the neural mechanisms underlying working-memory (WM)
maintenance and long-term-memory (LTM) encoding. However, these topics have typically …

Ordering information is a critical process underlying several cognitive functions, especially
working memory. Theta phase-gamma amplitude coupling is regarded as a …