Rife Resonance Visualizer

Rife Resonance Visualizer

Produces a real-time 3D visualization of Royal Raymond Rife's plasma tube resonance system — the characteristic plasma tube emission, the frequency-specific standing wave field it generates, the cellular-scale resonance targets, and the spectral decomposition of the MOR (mortal oscillatory rate) frequencies — using Three.js r182+, React Three Fiber v9, TSL shaders, and GPU particles.

When to Use

• User asks to visualize Rife frequencies, Rife plasma tube emission, or MOR resonance fields
• User wants a 3D rendering of a plasma tube resonator with animated frequency field output
• An interactive demonstration of standing wave resonance patterns at multiple frequencies is needed
• User is building an educational tool around Rife's microscopy experiments or frequency-medicine claims
• User wants to render spectral emission lines, plasma glow, or wave-interference standing patterns in 3D

Process

1. Plasma tube geometry:

   • Model the Rife plasma tube as a CylinderGeometry (elongated, low radius) with rounded end-caps using SphereGeometry hemispheres merged into a BufferGeometry
   • Apply a volumetric glow ShaderMaterial that raymarches a cylindrical density field: the plasma density ρ(r) = ρ₀·e^(−r²/σ²) gives a bright axial glow fading to dark at the walls
   • Animate plasma σ (beam width) pulsing with sin(time·frequency) to simulate the RF-driven plasma discharge

2. MOR frequency standing wave field:

   • Extend a standing wave field from each electrode of the tube outward as concentric RingGeometry pairs oscillating in antiphase (nodes and antinodes alternating)
   • Compute antinode positions: z_antinode = n · λ/2 for harmonic n; render each antinode as a bright ring, each node as a dark ring
   • Animate the rings with amplitude = A·sin(2π·frequency·time − k·z)·sin(k·z) — the standing wave envelope

3. Spectral emission color mapping:

   • Map each selectable MOR frequency to a visible-spectrum color using the standard wavelength-to-RGB approximation (encoded as a DataTexture LUT)
   • Change the plasma tube color and standing wave ring color dynamically when the frequency control is adjusted
   • Display a 2D frequency spectrum bar chart as a PlaneGeometry + ShaderMaterial showing harmonic decomposition

4. Cellular resonance target visualization:

   • Render 500 microscale cellular SphereGeometry targets randomly distributed in a cylindrical volume around the tube
   • When a cell's resonance frequency matches the selected MOR, animate it with a scale pulse (scale = 1 + 0.4·sin(time·MOR_freq)) and change its color from neutral grey to glowing red-orange
   • Use InstancedMesh for the 500 cells with per-instance color and scale encoded in the instance matrix and a color Float32Array attribute

5. Fourier decomposition overlay:

   • Render a real-time Fourier decomposition of the standing wave as 12 sinusoidal TubeGeometry overlays at decreasing opacity — the first harmonic brightest, higher harmonics dimmer
   • Animate each harmonic independently: y(t) = (A/n)·sin(n·2π·frequency·time)

6. Post-processing:

   • Bloom (threshold 0.15, intensity 3.0) for the plasma glow and resonating cells
   • GodRays from the plasma tube axis
   • ColorGrading toward a warm-amber palette to evoke Rife's period laboratory aesthetic

7. Runtime controls (lil-gui):

   • frequency_hz (20–1 000 000 Hz, logarithmic scale) — the primary MOR frequency
   • plasma_power (0–1) — scales plasma density and emission intensity
   • harmonic_count (1–12) — number of Fourier harmonics displayed
   • cell_count (50–1000) — number of cellular resonance targets
   • show_standing_waves, show_cells, show_spectrum_display, show_fourier_harmonics

Output Format

RifeResonanceScene/
├── RifeResonanceScene.jsx
├── components/
│   ├── PlasmaTube.jsx           ← Volumetric raymarched tube shader
│   ├── StandingWaveField.jsx    ← RingGeometry node/antinode animation
│   ├── SpectralColorMap.jsx     ← DataTexture frequency-to-color LUT
│   ├── CellularTargets.jsx      ← InstancedMesh cells with resonance pulse
│   ├── FourierHarmonics.jsx     ← TubeGeometry sinusoidal overlays
│   └── PostFX.jsx
├── shaders/
│   ├── plasmaGlow.tsl.js       ← TSL cylindrical raymarched plasma
│   └── standingWave.tsl.js     ← TSL standing wave node/antinode
└── controls/gui.js

Boundaries

• Do NOT present Rife's MOR frequencies as medically or scientifically validated — clearly label all frequency-resonance effects as Rife's historically documented experimental claims, not peer-reviewed therapeutics.
• Do NOT suggest the visualization constitutes medical or health advice.
• Do NOT recreate geometry per frame — reuse all BufferGeometry attributes.
• Present Rife's work in its 1930s historical context as microscopy and RF experimentation.