Healing Sleep Meditation | REM Sleep Music – Binaural Beats Delta Waves 3.4Hz
health Tags: 3.4Hz, Beats, Binaural, Delta, Healing, Meditation, Music, sleep, WavesNo Comments »
Meditation Music for Healing Sleep with Relaxing Binaural Beats Delta Waves: REM Sleep, Meditation and Relaxation. The calming frequency combination generates Binaural Delta Brainwaves @3.4Hz which is the perfect accompaniment for sleep and to beat insomnia, stress or anxiety. During sleep the body heals from toxins and restores it’s energy. Enjoy the healing powers of REM sleep and wake up full of positive energy and refreshed.
Relax your mind and slow down anxiety or stress with the 70 bpm beat- the ideal heart rate to fall asleep. This deep music for healing sleep is also ideal as Spa Music, Zen music, Reiki music and as Lucid Dream Music.
Listen on a comfortable (low) volume when you sleep, relax, or meditate. Easily relief nervousness, insomnia and worrying.
Binaural Beats have shown to reduce levels of stress and anxiety.
The Binaural Beat frequencies may affect brainwaves – a process called “entrainment”. Examples of entrainment are gently rocking a baby to sleep, or falling asleep in a moving train. In history it has been used as ceremonious chanting to enter trance like states. Nowadays many people use entrainment for relaxation, sleep or meditation purposes.
Subscribe → http://bit.ly/SleepTube
★ FOLLOW ME ★
Gumroad: https://gumroad.com/sleeptube
Twitter: https://twitter.com/sleep_tube
Facebook: http://bit.ly/sleeptube_fb
Instagram: https://www.instagram.com/sleep_tube
CREDITS
Music composition, editing and animation: Zac Kaiser
Hello! If you’re new here, my name is Zac. I compose and produce original calming music and relaxing visuals- my goal is to help you beat stress, anxiety and insomnia here on YouTube.
I get asked about my gear, software and creative process so here are some FAQ:
*Why is there a ‘spinning’ circle in most of your videos?
SleepTube is the first and only sleep music channel with a unique breathing meditation circle. Deep breathing is shown to reduce stress with as little as six breaths.
Deep Breathing Study Reference:
https://www.ncbi.nlm.nih.gov/pubmed/1…
*What software do you use?
I use a variety of DAW’s (Digital Audio Workstation) and software synths as well as sampling techniques. All compositions are original and produced by me personally. Visuals are created with Adobe’s CC tools.
ASMR Microphone:
Olympus LS-10 Linear PCM
Speakers:
Genelec 8020 DPM
Headphones:
Sennheiser HD 300 Pro
*How about your camera?
I love my vintage analogue reflex cameras like the Minolta X-700 but I also shoot digital with my Canon 5D Mark II and Iphone 8 plus ☺
*What do you edit with?
Before FCP, now mostly Premiere. Both great.
*Which microphone do you use for your ASMR recordings?
I mostly use the Olympus LS-10 Linear PCM Recorder.
*Can I use your music?
All music/audio are original compositions created and produced by me. They can not be copied, reused, remixed or distributed.
Thanks for watching and much love to you if you subscribe or share this video with someone!
Zac 😴
https://www.youtube.com/sleeptube
Stages of sleep, REM and NREM sleep, mechanism of regulation, sleep- and wake-promoting regions (VLPO, TMN and hypocretin neurons) of the brain, homeostatic drive and circadian rhythm.
This video is available for instant download licensing here: https://www.alilamedicalmedia.com/-/galleries/all-animations/brain-and-nervous-system-videos/-/medias/c13647eb-b374-416f-a48d-a8f51aef5dd3-sleep-physiology-narrated-animation
Purchase PDF (video text +images) here: https://www.alilamedicalmedia.com/-/galleries/pdf-video-scripts-with-images/nervous-system-pdfs/-/medias/05cf5bc1-6d3a-4282-a262-6d8aede8b0de-sleep-4-pages-6-images
©Alila Medical Media. All rights reserved.
Voice by : Marty Henne
Support us on Patreon and get early access to videos and free image downloads: patreon.com/AlilaMedicalMedia
All images/videos by Alila Medical Media are for information purposes ONLY and are NOT intended to replace professional medical advice, diagnosis or treatment. Always seek the advice of a qualified healthcare provider with any questions you may have regarding a medical condition.
Sleep is a temporary state of unconsciousness in which the brain is primarily responsive to internal, rather than external stimuli. Unlike other states of unconsciousness such as coma or general anesthesia, sleep is a natural, cyclic process that is self-regulated and easily reversible to wakefulness.
Brain activity can be recorded in the form of electroencephalogram, EEG, which measures electrical activities in the superficial layers of the cerebral cortex. Different stages of consciousness correspond to different types of brain waves. A fully awake and alert brain produces high-frequency low-voltage beta-waves. As consciousness decreases, brain waves become progressively slower in frequency and higher in voltage.
There are 2 major phases of sleep: rapid eye movement, REM, sleep, and non-rapid eye movement, non-REM, sleep. Non-REM sleep progresses in 3 stages: N1, N2 and N3
N1 is the transitional state between wakefulness and sleep. The EEG is dominated by alpha-waves. The sleeper is easily awoken with light stimulation. N1 typically lasts a few minutes.
The next stage is N2, a deeper sleep state, where stronger stimuli are required to produce awakening. Brain activity is slower and more irregular, with short bursts of “sleep spindles” and “K-complexes.” It is believed that memory consolidation occurs during this stage.
N3 is deeper than N2. Slow delta-waves dominate. Muscles relax, vital signs are at their lowest; and it is difficult to wake the sleeper.
N3 is typically followed by a transition to N2 before REM sleep occurs. As its name suggests, REM sleep is characterized by rapid eye movements under the eyelids. It’s also known as “paradoxical” sleep because the brain’s EEG is very much similar to that of the waking state. REM sleep is when most dreams occur, as well as some autonomic reflexes. Vital signs are up, but there is a total inhibition of skeletal muscles, which prevents sleepers from acting out their dreams.
This sequence of stages repeats itself 4 to 5 times in a typical night. As the night progresses, the duration of N2 and REM sleep increases, while N3 decreases.
The amount and timing of sleep is regulated by 2 major factors: homeostatic drive and circadian rhythm.
Homeostatic drive is basically the body’s need for sleep, or pressure to sleep. Adenosine is thought to be a substance that accumulates with waking hours and drives the pressure to sleep. Interestingly, caffeine appears to promote wakefulness by acting as an antagonist of adenosine.
The need to sleep increases with illness, as well as cognitively stimulating or physically demanding activities.
Circadian rhythm is the body’s biological clock for the sleep-wake cycle. It determines the timing of sleep. The master clock is located in the suprachiasmatic nucleus, the SCN, of the hypothalamus. It receives light inputs from the retina and resets the clock everyday accordingly to the day-night cycle. The SCN is most active during the day, and least active at night.
The sleep-promoting region is located in the ventrolateral preoptic nucleus, VLPO, of the hypothalamus.
The VLPO is inhibited by the SCN and activated by adenosine.
The VLPO uses GABA to inhibit wake-promoting regions of the brain, which include multiple nuclei in the reticular formation and posterior hypothalamus. Of these regions, it’s important to note the tuberomammillary nucleus, TMN, and the hypocretin neurons.
The TMN consists mainly of histaminergic neurons, but it also produces GABA that inhibits VLPO in return. This mutual inhibition is the basis of the “switch” between sleep and wake.
The hypocretin neurons stimulate the TMN, and are crucial for maintaining wakefulness. The loss of these neurons results in narcolepsy.
There is a similar switch between REM and non-REM sleep, mediated by mutually inhibiting REM-on and REM-off neurons in the pons.
