Quantum State renders 800 particles that orbit in probability clouds defined by quantum-inspired wave functions. Each particle's position is determined by harmonic oscillator functions modulated by audio frequency bands. On beats, the wavefunction 'collapses' — all particles briefly converge to the center before re-expanding. Six modes alter the orbital geometry from ground state to entangled multi-particle systems.
Key Features
Parameters
| Parameter | Description | Range / Options |
|---|---|---|
| Quantum Mode | ground-state / excited / superposition / collapse / interference / entanglement | Select |
| Particle Count | Number of quantum particles | 200–2000 |
| Wavefunction Amplitude | Orbital cloud spread radius | 0.1–3.0 |
Tips & Best Practices
- 1
Entanglement mode pairs particles that mirror each other — visually stunning with stereo audio.
- 2
Superposition creates two overlapping clouds that interfere on beats.
- 3
High Particle Count (1500+) with small Wavefunction Amplitude creates a dense, glowing core.
Export Performance
2D Canvas engine. Particle count scales linearly with CPU cost — 800 is the quality/performance sweet spot.
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