2D quantum random walk decomposition

From Qubits to Beats: How Quantum Computing is Composing the Future of Creativity

• Abu Sayed
• November 5, 2025
• 9 min read
• 'quantumaudio' Python package 2D quantum random walk decomposition Actias Synth synthesizer Bloch Sphere visualization classical potential fields CNOT gate cryostat cooling systems entanglement literary device Gaussian potential field Heisenberg’s Bicycle hybrid quantum-classical AI models irreducible lack of knowledge Ludwig Quantum Project MIDI drum pattern messages molecular dynamics Moth Quantum NIST PQC algorithms Playable Concepts methodology Post-Quantum Cryptography protein folding simulation Qiskit Quantum Approximate Optimization Algorithm (QAOA) quantum carpet simulation quantum feedback quantum fiction quantum machine learning quantum random walks Quantum Representation of Audio Qubism rhythmspace mapping sonification superposition storytelling variational autoencoder analogy Weaving of Reality

This report details scalable quantum computing algorithms for rhythm generation, mapping quantum random walk trajectories onto a 2D rhythmspace to produce distinctive rhythmic patterns exploiting superposition and entanglement. The methodology serves as a proof of concept for new tools that generate MIDI drum patterns, which are then rendered into audio within a Digital Audio Workstation […]