About
Neural Entrainment & Bio-Resonance
At the core of our auditory processing is the Frequency Following Response (FFR). When the brain is exposed to rhythmic auditory stimuli, neural oscillations naturally synchronize with the external rhythm. This measures into "Neural Entrainment," allowing us to non-invasively guide brainwave activity from high-beta stress states into alpha (relaxation) and theta (meditative) states.
Furthermore, low-frequency sound vibration has been shown to stimulate the vagus nerve—the primary component of the parasympathetic nervous system. This signals the body to shift onto a homeostatic "rest-and-digest" state, regulating Heart Rate Variability (HRV) and lowering cortisol levels.
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Mission Statement
To bridge the gap between ancient biophysical wisdom and modern acoustic science.
Research suggests that sinusoidal low-frequency vibration (30–120 Hz) promotes the release of neuronal and endothelial Nitric Oxide (NO). This molecule acts as a vasodilator, enhancing blood flow and oxygenation. Our mission is to utilize these precise frequencies to create a reproducible, evidence-based environment for cellular regeneration and deep cognitive restoration.
Vision: The Geometry of Sound
We are inspired by Cymatics—the study of visible sound. Pioneered by physicist Ernst Chladni, this field demonstrates that sound is not merely auditory but a physical force that organizes matter.
Just as scattered particles on a plate spontaneously arrange themselves into complex, symmetrical lattice structures when vibrated, we envision a world where sound is used intentionally to bring structure, coherence, and harmony back into the human bio-field.
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Research & Literature
Recent Findings
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Sound Therapy Induced Relaxation
Salamon, E., et al. (2003)
Study linking frequency to downregulated stress processes and NO release. -
Mechanisms of Sound Vibration
Bartel, L., & Mosabbir, A. (2021)
Comprehensive review of neurological and biophysical impacts of sound.
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