Theta Binaural Beat CD
⇒ LISTEN TO THE DEMO ⇐
please note: this demo is about 10% into the full depth of this frequency range. The full cd will
guide you into a state roughly 10x what is shown here.
The Theta brainwave frequency is the next range past the meditative, relaxed state, Alpha.
The Theta range is characterized as a dream state, ideal for very deep meditation, astral travel, akashic record viewing
and mystical/visionary/ecstatic experiences. The Theta range is commonly targetted in Shamanic trance work using
drums and rattles and other tools to induce visions and mystical experiences.
This is the prefered range to perform dream work, particularly lucid dreaming as well as deep learning on the
subconscious level. Working in this brainwave range will help you develop your higher faculties of mind and connect
you with a deeper understanding of who and what you are.
Theta Waves According to Wikipedia
A theta rhythm is an oscillatory pattern in EEG signals recorded either from inside the brain or from electrodes glued to the scalp. Two types of theta rhythm have been described. The “hippocampal theta rhythm” is a strong oscillation that can be observed in the hippocampus and other brain structures in numerous species of mammals including rodents, rabbits, dogs, cats, bats, and marsupials. “Cortical theta rhythms” are low-frequency components of scalp EEG, usually recorded from humans.
In rats, the most frequently studied species, theta rhythmicity is easily observed in the hippocampus, but can also be detected in numerous other cortical and subcortical brain structures. Hippocampal theta, with a frequency range of 6-10 Hz, appears when a rat is engaged in active motor behavior such as walking or exploratory sniffing, and also during REM sleep. Theta waves with a lower frequency range, usually around 6-7 Hz, are sometimes observed when a rat is motionless but alert. When a rat is eating, grooming, or sleeping, the hippocampal EEG usually shows a non-rhythmic pattern known as Large Irregular Activity or LIA. The hippocampal theta rhythm depends critically on projections from the medial septal area, which in turn receives input from the hypothalamus and several brainstem areas. Hippocampal theta rhythms in other species differ in some respects from those in rats. In cats and rabbits, the frequency range is lower (around 4-6 Hz), and theta is less strongly associated with movement than in rats. In bats, theta appears in short bursts associated with echolocation. In humans and other primates, hippocampal theta is difficult to observe at all.
The function of the hippocampal theta rhythm is not clearly understood. Green and Arduini, in the first major study of this phenomenon, noted that hippocampal theta usually occurs together with desynchronized EEG in the neocortex, and proposed that it is related to arousal. Vanderwolf and his colleagues, noting the strong relationship between theta and motor behavior, have argued that it is related to sensorimotor processing. Another school, led by John O’Keefe, have suggested that theta is part of the mechanism animals use to keep track of their location within the environment. The most popular theories, however, link the theta rhythm to mechanisms of learning and memory.
