Machine learning and its subfield deep learning techniques provide opportunities for the
development of operator mental state monitoring, especially for cognitive workload …

Neural oscillations play an important role in the integration and segregation of brain regions
that are important for brain functions, including pain. Disturbances in oscillatory activity are …

Both the hippocampus and amygdala are involved in working memory (WM) processing.
However, their specific role in WM is still an open question. Here, we simultaneously …

Brain oscillations likely play a significant role in the storage of information in working
memory (WM). Despite the wide popularity of the topic, current attempts to summarize the …

Recent work has revealed important new discoveries on the cellular mechanisms of working
memory (WM). These findings have motivated several seemingly conflicting theories on the …

Slow waves of neuronal activity are a fundamental component of sleep that are proposed to
have homeostatic and restorative functions. Despite this, their interaction with pathology is …

The quality of short-term memory (STM) underlies our ability to recall the exact details of a
recent event, yet how the human brain enables this core cognitive function remains poorly …

The hippocampus is a locus of working memory (WM) with anterior and posterior subregions
that differ in their transcriptional and external connectivity patterns. However, the …

Deciphering the mechanisms of human memory is a central goal of neuroscience, both from
the point of view of the fundamental biology of memory and for its translational relevance …

Arithmetic is a cornerstone of scientifically and technologically advanced human culture, but
its neuronal mechanisms are poorly understood. Calculating with numbers requires …