Quantum State 4D simulates a quantum mechanical system evolving over the track's lifetime. The system begins at rest in its ground state, energy levels rise, superposition spreads probability clouds, wave functions reach peak amplitude, quantum collapse occurs on beats, and finally particle pairs become entangled with each other.
Key Features
6 quantum evolution stagesWave function amplitude evolutionBeat-triggered collapse
Parameters
| Parameter | Description | Range / Options |
|---|---|---|
| 4D Mode | ground-start / energy-rise / superposition / waveform-peak / collapse-form / entangled-end | Select |
| Particle Count | Quantum particle system size | 50–500 |
| Wave Function Amplitude | Probability cloud spread | 0.1–3.0 |
Tips & Best Practices
- 1
entangled-end creates paired particle orbits that mirror each other — beautiful finale.
- 2
superposition with 400+ particles fills the frame with overlapping clouds.
Export Performance
2D Canvas. Efficient even at 500 particles.
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