Neuroscience

Focus on working memory

Working memory (WM) capacity helps hold information necessary for everyday life performance. This stupendous task requires filtering of the huge amount of data available so relevant information is fresh in the mind.

Neuroscience

Working memory might be more flexible than previously thought

Breaking with the long-held idea that working memory has fixed limits, a new study by researchers at Uppsala University and New York University suggests that these limits adapt themselves to the task that one is performing. ...

Neuroscience

To understand working memory, scientists must resolve this debate

In a debate where the stakes are nothing short of understanding how the brain maintains its "sketchpad of conscious thought," researchers argue over exactly what makes working memory work in dueling papers in the Aug. 8 edition ...

Neuroscience

Scientists uncover new facts concerning working memory in children

Researchers from the Higher School of Economics conducted a meta-analysis in which they compiled data across 17 neuroimaging studies on working memory in children. The data shows concordance in frontoparietal regions recognized ...

Neuroscience

A heavy working memory load may sink brainwave 'synch'

Everyday experience makes it obvious - sometimes frustratingly so - that our working memory capacity is limited. We can only keep so many things consciously in mind at once. The results of a new study may explain why: They ...

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Working memory

Working memory is a theoretical construct within cognitive psychology as to the structures and processes used for temporarily storing and manipulating information in short-term memory. Many theories exist both as to the theoretical structure of working memory as well as to the role of specific parts of the brain involved in working memory. Most research identifies that the frontal cortex, parietal cortex, anterior cingulate, and parts of the basal ganglia are crucial for its functioning. The neural basis of working memory mostly comes from lesion experiments in animals and functional imaging upon humans.

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