This work shows an actual quantum simulation developed for this artwork. It renders the evolution of a quantum cellular automaton: a self-evolving algorithm built not on bits, but on qubits, their quantum equivalent. This simulation was developed in collaboration with quantum software researcher Mathys Rennela.
The quantum automaton evolves as an entangled state. Predefined rules, based on quantum amplitude and entropy, trigger measurements. Those measurements then randomly collapse the qubit into a state of 0 (dead, shown in white) or 1 (alive, shown in black). Both cells will continue under unitary evolution as part of the automaton, endlessly shifting shape.
The automaton is kept alive by a balance between measurements (which we can observe) and unitary evolution (which we cannot). If we measured the whole automaton, it would collapse all qubit states and reset the automaton. To look at it would be to end it. Are we, as observers, ever conscious of the effects our looking has?
Unseen
Software: Husq (Apache-2.0 license)
Hardware: brass, PCB, OLED displays
18x18x28
2026
© dirkes.studio