Altered States Binaural Beats
Explore lucid dreaming, astral projection, and deep meditation.
3 sessions available
Lucid Dreaming
Alpha to deep theta with a gamma awareness burst. Designed for WBTB (Wake Back To Bed) technique — the gamma pulse may help maintain conscious awareness as you enter the dream state.
Astral Projection
Based on Monroe Institute gateway frequencies. Deep theta descent through Focus 10 (body asleep/mind awake) to Focus 12 (expanded awareness). For experienced meditators.
Manifestation
Sustained theta at 6 Hz — the visualisation frequency. Extended hold in the brainwave state where mental imagery is most vivid and subconscious programming is most receptive.
About Altered States Binaural Beats
Altered states binaural beats use deep theta and specialised frequency patterns to explore expanded consciousness, lucid dreaming, astral projection, and deep meditative experiences. These sessions target the hypnagogic borderland between waking and sleeping — the liminal zone where consciousness becomes fluid and perception shifts. For experienced practitioners seeking profound inner experiences.
How It Works
Altered state sessions primarily target 4–7 Hz (theta range), with some using the Monroe Institute's Gateway frequencies or the Schumann resonance (7.83 Hz). Theta waves are associated with the hypnagogic state — that twilight zone between waking and sleeping where vivid imagery, creative insights, and altered perception naturally arise. Sessions use extended holds at specific frequencies to stabilise these normally fleeting states.
Benefits
Tips
Science & Research
Theta brainwave activity is consistently observed during hypnagogic states, lucid dreaming, and deep meditation. The Schumann resonance (7.83 Hz) falls within the theta range and has been theorised to influence biological rhythms. Research on experienced meditators shows sustained theta activity during profound meditative states. While the subjective experiences are well-documented, the mechanisms by which binaural beats facilitate altered states remain an active area of research.