量子合成器:一种基于量子计算的合成器

Omar Costa Hamido, G. Cirillo, Edoardo Giusto
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引用次数: 7

摘要

在本文中,我们提出了量子合成器项目,Qiskit和Max之间的一个接口,用于控制基于量子计算机基态编码的声音合成参数。这种声音合成是从量子电路的潜在测量结果中获得的。使用在贝尔电路中发现的基本量子操作的影响,对于纠缠态的产生,以及Grover的搜索算法已经被证明。该界面旨在供音乐表演者和作曲家在创作过程中使用,并作为学习量子计算和分析真实量子硬件固有噪声的资源。
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Quantum synth: a quantum-computing-based synthesizer
In this paper we present the Quantum Synth project, an interface between Qiskit and Max for controlling sound synthesis parameters encoded on the basis states of a quantum computer. This sound synthesis is obtained from the potential measured outcomes of a quantum circuit. The effects of using fundamental quantum operations as found in the Bell circuit, for the generation of entangled states, and the Grover's search algorithm have been demonstrated. The interface has been designed to be used by music performers and composers in their creative process, and as a resource to both learn Quantum Computing and analyze the intrinsic noise of real quantum hardware.
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