Quantum Sonification
Listen to Quantum Circuits
Each measurement outcome becomes a sine wave. Probability controls amplitude, bitstring value controls frequency. A perfect Bell state is a clean two-note octave. A noisy hardware run is a fuzzy cluster of tones.
New to quantum sound? Start with the Meeting Tuna-9 — a guided tour of a 9-qubit quantum computer.
Featured
Bell States8
GHZ States6
VQE Chemistry40
+28 more
QAOA MaxCut2
Other22
+10 more
Select an experiment to listen
Each measurement outcome becomes a tone. Probability is amplitude, bitstring value is frequency.
How It Works
Frequency
Bitstring integer value mapped linearly from 220 Hz (|00...0⟩) to 880 Hz (|11...1⟩).
Amplitude
Measurement probability controls the volume of each tone. Rare outcomes are quiet.
Noise = Fuzz
A perfect Bell state: two clean notes. Noisy hardware: many quiet tones blur the chord.