Abstract Information processing during sleep is active, ongoing and accessible to
engineering. Protocols such as targeted memory reactivation use sensory stimuli during …

Newly encoded memory traces are spontaneously reactivated during sleep. Since their
discovery in the 1990s, these memory reactivations have been discussed as a potential …

Sleep facilitates memory consolidation through offline reactivations of memory traces.
Dreaming may play a role in memory improvement and may reflect these memory …

Even when we are ostensibly doing “nothing”—as during states of rest, sleep, and reverie—
the brain continues to process information. In resting wakefulness, the mind generates …

Sleep is typically considered a state of disconnection from the environment, yet instances of
external sensory stimuli influencing dreams have been reported for centuries. Explaining …

Converging evidence and new research methodologies from across the neurosciences
permit the neuroscientific study of the role of sleep in off-line memory reprocessing, as well …

Converging evidence suggests that dreaming is influenced by the consolidation of memory
during sleep. Following encoding, recently formed memory traces are gradually stabilized …

Current HCI research overlooks an opportunity to create human-machine interaction within
the unique cognition ongoing during dreams and drowsiness. During sleep onset, a window …

The question of a possible link between dream content and memory consolidation remains
open. After a comprehensive review of the literature, we present novel findings from an …

Lucid dreams often coincide with having control over dream events in real-time, although the
limitations of dream control are not completely understood. The current study probed the …