Entanglement: Quantum Wavefunction Synth

Entanglement uses a 1D quantum wavefunction (Schrödinger equation) to produce evolving waveforms for use in a dual polyphonic wavetable synthesizer. You can add energy to the simulation in various different ways (wave packets/quantum particles, free draw, and waveform files) and those waveforms will evolve and transform based on the equation and your settings. You can also add environmental factors (potentials) to transform the energy/waveforms in different ways. Additionally you are able to manipulate the resulting waveform in different ways (stretching, warping, quantizing, smoothing, FM etc). You can derive your waveform from the wavefunction as either probabilities (using the real and imaginary planes), the real values alone, or the absolute of the real values which all give you different waveform types and thus different sounds. Each oscillator has its own independent wavefunction, energies, potentials and settings. That coupled with an internal modulation system makes this device a powerhouse for insane sound design! From basic synth sounds, to complex evolving sounds, to crazy mind blowing sounds. The evolving nature and very compelling transformations of the waveforms through the quantum wavefunction stands this synth apart from the many other wavetable synthesizers out there.

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