Take control of your nightmares and turn them into positive experiences.
Find inspiration and ideas from deep within your subconscious.
Use your sleeping hours to practice new skills and achieve your goals.
Our sleep lab is at the forefront of sleep research and technology.
Our proprietary technique puts lucid dreaming within everyone's reach.
Our sleep technicians are on hand to guide you through the process.
Lucid Labs are pleased to announce that we are moving into public beta testing. This is a major milestone for us and we are excited to share this with you. Participants will be able to sign up in the coming weeks for an initial session to experience our technology and assess their suitability for the program.
Stimulating the brain in the gamma frequency range, which is the frequency band most often associated with conscious awareness in the awake state, boosts the ability to engage in lucid dreaming during REM sleep.
We're excited to be able to announce the conclusion of a deal in which Syzygy Group will become a controlling shareholder in Lucid Labs as part of a major investment of capital into the company. This will allow us to increase the pace of our Research & Development (more on this to follow) and focus on growth.
Recently, cortical correlates of specific dream contents have been reported, such as the activation of the sensorimotor cortex during dreamed hand clenching. Yet, despite a close resemblance of such activation patterns to those seen during the corresponding wakeful behaviour, the causal mechanisms underlying specific dream contents remain largely elusive. Here, we aimed to investigate the causal role of the sensorimotor cortex in generating movement and bodily sensations during REM sleep dreaming.
The neurobiological basis of lucid dreaming is unknown, but evidence points to involvement of anterior prefrontal cortex (aPFC) and parietal cortex. This study evaluated the neuroanatomical/neurofunctional correlates of frequent lucid dreams and specifically whether functional connectivity of aPFC is associated with frequent lucid dreams. We analyzed structural and functional magnetic resonance imaging from an exceptional sample of fourteen individuals who reported ≥3 lucid dreams/week
Recent findings link fronto-temporal gamma electroencephalographic (EEG) activity to conscious awareness in dreams, but a causal relationship has not yet been established. We found that current stimulation in the lower gamma band during REM sleep influences ongoing brain activity and induces self-reflective awareness in dreams. Other stimulation frequencies were not effective, suggesting that higher order consciousness is indeed related to synchronous oscillations around 25 and 40 Hz.
