PNEUOMA
🔬 Research Platform

PNEUOMA Labs

Exploring the frontiers of intelligent systems and human-centered technology.
Researching artificial intelligence, interactive systems, human performance, sound, and emerging computational experiences.

"In the beginning was the Word..."

These modules are browser prototypes. They explore sound, light, and interactive systems.
They are research concepts, not validated medical treatments.

Human regulation & biofeedback — Somatics Interactive systems — Resonance Sound — Acoustics Sound — Sonoluminescence Sensory — Tissue Optics

Research Modules

Open prototypes. Not clinical findings, and not finished products.

✨ New 🌟 Featured

Resonance Lab

Multi-Dimensional Wave Visualization

Explore standing waves across 1D, 2D, 3D, and 4D geometries. Visualize Chladni patterns, spherical harmonics, and hypersphere projections. Control frequency, amplitude, waveform, and medium in real-time.

1D-4D Modes WebGL/Three.js Real-time
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✨ NEW

Sonoluminescence

Light from Sound

Simulate bubble dynamics and light emission from acoustic cavitation. Watch bubbles collapse at 15,000K and emit light from pure sound waves.

Rayleigh-Plesset Blackbody Spectrum
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✨ NEW

Tissue Optics

Light Through Biology

A Monte Carlo simulation of light moving through a tissue model. It explores wavelength and penetration. It is not a treatment.

Monte Carlo Dose Mapping
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✨ NEW

Acoustics Lab

Sound Field Design

Generate and visualize acoustic fields, standing waves, and interference. Design multi-transducer configurations and explore phased arrays.

Standing Waves Phased Arrays
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✨ NEW

Somatics

Frequency prototype

Explore Solfeggio frequencies, brainwave entrainment, and binaural beats. Headphones make the beats audible. This is a research prototype, not therapy.

Solfeggio Binaural Beats Brainwave
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The Science

Physics references used by the prototypes. Not clinical findings.

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Sound Creates Light

Sonoluminescence demonstrates that acoustic energy can produce photons—sound literally becoming light through bubble collapse at 15,000K.

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Light in a tissue model

The tissue-optics module simulates how selected wavelengths travel through a model. The simulation does not treat tissue.

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Vibration as Creation

From ancient traditions to modern physics, vibration and frequency are fundamental to structure formation in the universe.

Rayleigh-Plesset Equation (Bubble Dynamics)

R R̈ + (3/2) Ṙ² = (1/ρ)[Pg - P0 - P(t) - 4μṘ/R - 2σ/R]

Frequency Reference

Labels used inside the prototypes. They are not measured clinical effects.

7.83 Hz Schumann Resonance Earth's electromagnetic heartbeat
40 Hz Gamma Waves A frequency the prototype can play
174 Hz Solfeggio Foundation A Solfeggio label in the prototype
528 Hz Solfeggio tone A tone the prototype can play
630-700 nm Red Light A wavelength in the tissue model
810-850 nm Near-Infrared Deep tissue penetration