|
Lucid Dreaming: a State of Consciousness with Features of Both Waking and Non-Lucid Dreaming
2009
|
observational |
6 |
↑Supports
|
Lucid dreaming shows REM-like delta/theta power but higher gamma (especially 40 Hz) in frontal regions, and coherence levels similar to waking, suggesting a hybrid brain state. |
|
Neural Correlates of Dream Lucidity Obtained from Contrasting Lucid versus Non-Lucid REM Sleep: A Combined EEG/fMRI Case Study
2012
|
observational |
1 |
↑Supports
|
During lucid REM, the precuneus, cuneus, parietal lobules, and prefrontal/occipito-temporal cortices activated strongly compared to non-lucid REM, indicating reactivation of areas normally deactivated. |
|
Lucid Dreaming Verified by Volitional Communication during Rem Sleep
1981
|
observational |
5 |
↑Supports
|
Lucid dreaming was verified by volitional eye-movement signals during unequivocal REM sleep, confirming that lucid awareness occurs during REM. |
|
Lucid Dreaming Treatment for Nightmares: A Pilot Study
2006
|
RCT |
23 |
↑Supports
|
Lucid dreaming treatment (LDT) reduced nightmare frequency at 12-week follow-up compared to waitlist, but lucidity itself was not necessary for the reduction. |
|
Real-time dialogue between experimenters and dreamers during REM sleep.
2021
|
observational |
36 |
↑Supports
|
During REM sleep, lucid dreamers could perceive questions, maintain information in working memory, and answer correctly using eye movements or facial muscle contractions, demonstrated across 29 occasions in 6 individuals. |
|
Lucid Dreaming as a Learnable Skill: A Case Study
1980
|
case study |
1 |
↑Supports
|
A mnemonic technique (MILD) increased lucid dreams from <1/month to an average of 21.5/month, demonstrating that lucid dreaming is a learnable skill. |
|
Lucid Dreaming as a Treatment for Recurrent Nightmares
2010
|
case series |
5 |
↑Supports
|
Lucid dream induction was effective in alleviating nightmares in all 5 cases, with 4 of 5 nightmare-free at 1-year follow-up. |
|
Lucid Dreaming in Narcolepsy
2015
|
case-control |
106 |
↑Supports
|
Narcolepsy patients reported significantly more frequent lucid dreams (77.4% vs 49.1% of controls, average 7.6 vs 0.3 per month), and spectral EEG showed lower delta/theta/alpha power and frontal coherence during lucid vs non-lucid REM. |
|
The Phenomenology of Lucid Dreaming: An Online Survey
2014
|
survey |
684 |
↑Supports
|
Lucid dreams most often originate spontaneously in adolescence, average duration ~14 minutes, and dreamers often plan actions (flying, talking, sex) but may fail due to awakening or dream hindrances. |
|
Metacognitive Mechanisms Underlying Lucid Dreaming
2015
|
observational |
|
↑Supports
|
High-lucidity participants showed greater gray matter volume in frontopolar cortex (BA9/10) and stronger BOLD response during thought monitoring, linking lucid dreaming to metacognitive function. |
|
Frequency of Lucid Dreaming in a Representative German Sample
2011
|
survey |
919 |
↑Supports
|
51% of participants reported at least one lucid dream; frequency was higher in women and negatively correlated with age, and strongly correlated with overall dream recall. |
|
Varieties of Lucid Dreaming Experience
2000
|
theoretical |
|
?Unclear
|
The experience of lucid dreaming is subject to individual variation at anatomical, physiological, and psychological levels. |
|
Lucid dreaming: an age‐dependent brain dissociation
2012
|
survey |
|
↑Supports
|
Lucid dreaming incidence is pronounced in young children and drops around age 16, with higher incidence in those attending higher-level schools, suggesting a link to brain maturation. |
|
Practicing a Motor Task in a Lucid Dream Enhances Subsequent Performance: A Pilot Study
2010
|
RCT |
40 |
↑Supports
|
Seven participants who successfully practiced a motor task in a lucid dream showed significant performance improvement (from 3.7 to 5.3 hits), though the effect was smaller than physical practice. |
|
Frequent lucid dreaming associated with increased functional connectivity between frontopolar cortex and temporoparietal association areas
2018
|
observational |
28 |
↑Supports
|
Frequent lucid dreamers showed increased resting-state functional connectivity between left anterior prefrontal cortex and temporoparietal areas, with no structural differences. |
|
Advanced meditation, sleep, and consciousness science: An emerging frontier.
2026
|
theoretical |
|
?Unclear
|
Lucid dreaming is identified as an informative state that challenges binary distinctions between consciousness and unconsciousness, and can be cultivated through meditation. |
|
Targeted dream incubation at sleep onset can influence later dream content in REM sleep: a pilot study
2026
|
observational |
11 |
↑Supports
|
Targeted dream incubation at sleep onset influenced dream content in subsequent REM sleep, with 50% of participants incorporating the target theme into their first REM dream. |
|
Imagery Training in REM Sleep and Lucid Dreaming and the Optimisation of Motor Memory Consolidation in Athletes: A Narrative Review
2026
|
review |
|
↑Supports
|
Lucid dream practice may improve motor performance by engaging overlapping neural networks with waking motor imagery and REM sleep-dependent consolidation, though evidence is preliminary. |
|
Phenomenology and Neurophysiology of Out-of-Body Experiences: Mechanisms, Characteristics, and Empirical Evidence.
2026
|
review |
|
?Unclear
|
Out-of-body experiences are associated with lucid dreams and sleep paralysis, but there is no consensus on their origin and results across neuroscience, psychology, and phenomenology are difficult to unify. |
|
Between Sleep and Liberation in Indian Traditions: Lucid Dreaming, Out-of-Body Experiences, and the Architectures of Liminal Consciousness
2026
|
theoretical |
|
?Unclear
|
Indian traditions treat lucid dreaming as a deliberately cultivated 'architecture of liminality' to investigate self and consciousness, offering interpretations that challenge reductionist approaches. |
|
Facilitating unusual bodily experiences and out-of-body experiences across wakefulness and sleep: A high-density EEG and neurophenomenology study
2026
|
observational |
35 |
↑Supports
|
Unusual bodily experiences (including out-of-body experiences) occurred during meditation, sleep arousals, REM, and NREM, and were associated with EEG reactivation (increased beta/gamma, decreased delta/theta), particularly in temporal regions. |
|
Lucid dreaming of a prior virtual-reality experience with ego-transcendent qualities: A proof-of-concept study
2025
|
observational |
4 |
↑Supports
|
Three of four participants had lucid dreams recapitulating elements of a prior VR experience, validated by real-time physiological signals, demonstrating feasibility of combining VR with lucid dreaming. |
|
Out of body experiences: Scoping review.
2025
|
review |
|
?Unclear
|
Out-of-body experiences can be facilitated by lucid dreaming and sleep paralysis, are highly idiosyncratic, and explanatory hypotheses include psychological, physiological, and non-local consciousness perspectives. |
|
Treating narcolepsy-related nightmares with cognitive behavioural therapy and targeted lucidity reactivation: A pilot study.
2025
|
RCT |
6 |
↑Supports
|
Cognitive behavioural therapy for nightmares plus targeted lucidity reactivation produced a large effect size (BC-SMD = -0.97) for reducing nightmare frequency from 8.38/week to 2.25/week. |
|
Electrophysiological Correlates of Lucid Dreaming: Sensor and Source Level Signatures.
2025
|
observational |
|
↑Supports
|
Source-level analyses showed beta power reductions in right central/parietal areas during lucid dreaming, increased alpha-band functional connectivity, and increased gamma1 connectivity during eye signaling, reflecting widespread network engagement. |