Scientific Research Validates Benefits of BrainWave Entrainment Technology

Science ushered in a new era in our ability to learn, be creative, remember, control our moods, reduce stress, resolve unwanted behavior patterns, and a host of other desirable ends, with the appearance of a remarkable paper by Dr. Gerald Oster, of Mt. Sinai Medical Center

https://www.centerpointe.com/articles/articles-research



The Well-Balanced Brain

Just as we exercise our bodies to feel better and improve our physical health, stimulating the brain in this manner "exercises" the brain, bringing better mental and emotional health and increased intellectual functioning. Researcher Robert Cosgrove, Jr., Ph.D., M.D., and an authority in pharmaceutics and biomedical engineering, noted that technologies that alter brainwave patterns

https://www.centerpointe.com/articles/articles-research



Four Categories of Brainwave Pattern

There are four categories of brain wave patterns. The most rapid brain wave pattern is that of beta, from about 14 Hz to more than 100 Hz. This is the pattern of normal waking consciousness, and it is associated with concentration, arousal, alertness, and cognition, while at higher levels, beta is associated with anxiety. As we become more relaxed, the brain wave activity slows into the alpha range, from 8 to 13.9 Hz. These are the brain wave patterns of deep relaxation, and of what has been called the twilight state between sleep and waking, while the higher end of alpha represents a more relaxed yet focused state.

Slower still are theta waves, between 4 and 7.9 Hz. This is the state of dreaming sleep and also of increased creativity, super-learning, integrative experiences, and increased memory. The slowest brain wave pattern is delta, that of dreamless sleep, below 4 Hz. Generally people are asleep in delta, but there is evidence that it is possible to remain alert in this state—a very deep trance-like, non-physical state. It is in delta that our brains are triggered to release large quantities of healing growth hormone (12).

https://www.centerpointe.com/articles/articles-research



Super-Learning

One of the observed effects of this type of sound-induced brain synchronization is increased learning ability. What is now known as superlearning began in the late 1960s and early 1970s with the work of Bulgarian psychiatrist Georgi Lozanov. Lozanov used deep relaxation combined with synchronized rhythms in the brain to cause students to produce alpha waves. He found that students when in this state learned over five times as much information with less study time per day, with greater long-term retention. In some cases, as much as thirty times as much was learned.

https://www.centerpointe.com/articles/articles-research



The Endorphin Connection

Scientists have also found that the endorphins released when the brain is exposed to alpha and theta binaural beat patterns enhance many mental functions. Endorphins have a powerful strengthening effect on learning and memory, for instance, and have been known to reverse amnesia. Researcher David de Weid found that rats injected with endorphins remembered things longer. Dr. Andrew Schally, 1977 winner of the Nobel Prize for medicine, found that rats receiving injections of endorphins showed improved maze-running abilities. (41)

Why do endorphins increase learning and memory? Neuroscientists believe that in humans the places in the brain that produce the most endorphins, and contain the greatest concentration of endorphin receptors, are the same areas of the brain involved most intimately with learning and memory.

https://www.centerpointe.com/articles/articles-research