REM sleep represents a parodixal state in which brain activity appears similar to the activity observed during wakefulness, yet the body is completely immobile. Transient alpha and theta oscillations can be observed - but the function of these oscillations remains a mystery. [Valeria's]({{<ref"../../content/authors/valeria/_index.md">}}) research aims to better understand how these oscillations contribute to cognitive function by modulating these oscillations during REM sleep and evaluating effects on daytime functions.
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REM sleep represents a parodixal state in which brain activity appears similar to the activity observed during wakefulness, yet the body is completely immobile. Transient alpha and theta oscillations can be observed - but the function of these oscillations remains a mystery. [Valeria's]({{<ref"../../content/authors/valeria/_index.md">}}) research aims to better understand how these oscillations contribute to cognitive function by modulating them using closed-loop auditory stimulation and evaluating effects on daytime functions.