This opens up an avenue for simple sensory modulation of brain activity during sleep. 2007) and dream content ( Leslie and Ogilvie 1996). 2012), enhancement of prior learning ( Rasch et al.
This can be seen through the impact of such stimulation on brain event related potentials ( Weitzman and Kremen 1965), the formation of new memories ( Arzi et al. Studies using auditory, somatosensory, vestibular and olfactory input during sleep demonstrate that sensory processing continues during sleep. Along with validation data, we discuss how the Dormio device and TDI protocols can serve as tools for controlled experimentation on dream content, shedding light on the role of dreams in the overnight transformation of experiences into memories.
WALKING ON A DREAM INSTRUMENTAL NON COPYRIGHTED SERIAL
Here, we present a novel protocol using a wearable electronic device, Dormio, to automatically generate serial auditory dream incubations at sleep onset, wherein targeted information is repeatedly presented during the hypnagogic period, enabling direct incorporation of this information into dream content, a process we call targeted dream incubation (TDI). While dream content can predict post-sleep memory enhancement, dreaming itself remains a black box. These protocols rely on physiological, as opposed to phenomenological, evidence of their reactivation.
Protocols such as targeted memory reactivation use sensory stimuli during sleep to reactivate memories and demonstrate subsequent, specific enhancement of their consolidation.
Information processing during sleep is active, ongoing and accessible to engineering.
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