The Wave
Rhythm and flow.
A steady, breath-like rhythm to the room.
Geometry
Layered sinusoidal / wave surfaces — curved reliefs that repeat like sea swell.
Acoustic Principle
- Physics
Sinusoidal reliefs are the classical shape studied in acoustic scattering — their behaviour is well predicted by wave equations.
- Physics
Curved surfaces scatter sound more evenly than flat ones and reduce comb-filter artefacts in speech.
Frequency / Sound Exploration
Try slow amplitude-modulated tones (a 200 Hz tone whose volume rises and falls once a second) — the wave visual matches what the ear feels.
What Physics Says
- Physics
A wavelength is speed of sound (~343 m/s in air) divided by frequency; a 100 Hz tone is 3.4 m long, a 1 kHz tone is 34 cm.
What Research Says
- Emerging
Wave-motion imagery is used in some music-therapy programmes to support paced-breathing; formal evidence is early.
Historical & Traditional Context
- Tradition
Wave patterns are one of the oldest continuous artistic motifs — Greek meander, Māori kōwhaiwhai, Japanese seigaiha.
Try it. Build it. Reflect on it.
Try the Experiment
Head to the Frequency Lab challenges. Existing experiments live there today — the dedicated Resonance Form experiment tool arrives with Phase 3.
Build It Into A Room
A room-mode + wavelength prototype is being built. When it's live you'll be able to test how this form behaves in your actual room.
Journal & Reflect
Every observation is worth writing down. Bring your notes into the Subconscious Lab — the same reflection tools work for what sound and space stir in you.
Living Balance explores the relationships between sound, space, perception, geometry and wellbeing. Resonance experiences are educational and experimental and are not medical treatments. Research varies by technique and application. Always use comfortable listening levels.