TRIAURAL is an independent research project investigating geometric 120° acoustic resonance systems. At the heart of our work is the unveiling of the world's first triaural tuning fork - a three-arm resonator with precise 120° spatial symmetry.
Where classical two-arm tuning forks produce simple linear patterns, TRIAURAL generates complex three-dimensional toroidal acoustic fields that organize, through cymatics, into distinctive hexagonal geometries. We pose foundational "presearch" questions oriented toward bringing the potential of triadic resonance into being across all layers of reality.
This project was born in quiet retreat, through the work of a small team of innovators who value calm, discretion, and focused effort. It is this environment that allows us to engage in deep inquiry at the intersection of acoustics, sacred geometry, water science, and consciousness studies.
Story of Origin
What began as a deep personal curiosity - a spontaneous question about the number of arms, about geometry, about the unseen forces that shape our world - gradually transformed into a systematic investigation of triadic acoustic geometry. TRIAURAL represents the first practical realization of a 120° symmetrical resonator designed to operate in true three-dimensional space.
We warmly invite researchers, musicians, wellness practitioners, and visionaries from across the world to explore this new territory of geometric resonance with us.
Our Mission
- To reveal the hidden geometric language of sound and vibration.
- To explore resonance not only as a physical phenomenon, but as a fundamental organizing principle of reality.
- To manifest the functional archetype of triadic resonance as a bridge between scientific knowledge and the intuitive perception of harmonic fields.
Primary Areas of Research
- 120° triadic and 109.47° tetrahedral symmetry
- Toroidal acoustic fields and acoustic holography
- Cymatic interference patterns in water
- Biofield resonance and resonant biomodulation
- Electromagnetic and piezoelectric transduction within TRIAURAL and TETRAMID geometries
- Sympathetic vibrational physics and structured water research
Philosophy and Licensing
TRIAURAL is animated by the principle of sharing. The foundational scientific findings, geometric principles, and documentation published in our public archive are released under the CC0 (Public Domain) license. CC0 covers the findings and the documentation; it does not extend to the project name. We hold that the fundamental laws of resonance belong to all.
At the same time, we reserve the right to defend the integrity of the TRIAURAL name and of the geometry itself against appropriation by third parties. This protection is defensive in nature: its purpose is to prevent others from enclosing what we have chosen to keep open, not to reserve commercial use for ourselves.
Our primary instrument is publication itself. By documenting this work openly and with a clear record of dates, we place it in the public domain as prior art - available to everyone, and correspondingly harder for anyone to claim as their own. We also reserve the right to register the TRIAURAL name should that become necessary to keep it from being enclosed. Should we do so, it will serve this single end: to ensure the work remains traceable to its origin, unenclosed, and free from corporate constraint.
"If you create sound, you create vibrations.
If you create vibrations, you create consciousness.
If you create consciousness, you create reality."
A Decision Not to Sell
TRIAURAL will not sell triaural resonators, nor make them the object of commercial competition. This is not a temporary policy but a decision that stands at the foundation of the project. The reason is simple. The moment a geometry becomes a product, it stops being a question. Price begins to decide who is allowed to study it, and findings start being chosen for how well they sell. That is the precise opposite of why this research began.
The resonators are therefore made as research instruments, and research instruments they will remain - in small series, for the testing of hypotheses. They will reach those who will work with them scientifically, not those who bid highest. The findings, the geometry and the documentation remain public.
The project is funded from our own resources and by the support of those who look further ahead. It stays independent, and it stays open.
Collaboration
We are open to discreet collaboration with partners and patrons who share our vision and wish to support the further development of this work.
The first of its kind.