Bursts of Brain Activity Linked to Memory Reactivation
Sleep spindles may help memory storage keep memories separate
Leading theories propose that sleep presents an opportune time for important, new memories to become stabilized. And it’s long been known which brain waves are produced during sleep. But in a new study, researchers set out to better understand the brain mechanisms that secure memory storage.
The team from Northwestern and Princeton universities set out to find more direct and precisely timed evidence for the involvement of one particular sleep wave – known as the “sleep spindle.”
In the study, sleep spindles, described as bursts of brain activity typically lasting around one second, were linked to memory reactivation.
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