Quantum Music Creativity: Unlocking the Transformative Value of Quantum for Creative Work in Music Industry
This project’s underpinning research investigates the intersection between quantum technologies and creativity in the context of the music industry.
While some emerging technologies such as Artificial Intelligence (AI) continues to re-shape artwork, Quantum Technologies (QTs) hold even greater potential to disrupt and redefine creative practices. Music industry is a particular field that incorporate intensive creative work, from music instrument design to music production. Music has been subject to technological advancements for centuries, and the advent of the microchip beckoned a new era of music and musical creativity, such as digital audio workstations (DAWs), instruments (e.g. synthesizers) and digital signal processing generally. However, the literature has given very less implications on how QTs as a very novel and emerging tech may play a role for musical creativity. Accordingly, this research aims to explore what is the value of quantum for musical creativity and what are the associated social implications.
We realised several key technical capabilities that QTs may bring for music. First, quantum particles such as ions and photons could enable novel sound effects and design. Second, quantum computing’s ability to simulate complex acoustic environments could redefine sound production. Third, QTs’ vast data-processing capabilities could enhance machine learning for composition. Fourth, quantum communication could provide ultra-fast and secure transmission, fostering new collaborative opportunities for musicians. Fifth, quantum sensing could improve environmental detection, shaping how sound behaves in performance spaces. Further, it can help generate a unique quantum profile for musicians who in turn modulate these profiles to generate sound.
Yet, musical creativity is a social construct. It can be defined as a relational and emergent phenomenon, constituted through assemblages of social actors, technologies, musical elements, and spacial-temporal flows, in which creative agency is distributed across people, objects, and its contextual conditions such as space and time (Born, 2005; Slater & Martin, 2012). The context is thereby the KING to enable this socio-musico-technological assemblage in musicians’ creative actions.
By systematically reviewing some potential applications for music-related creative work in literature, our research highlights that Quantum Tech can enable Intrinsic Uncertainty to Drive Musical Creativity, which can result into two-folded social tensions (i.e., reflective tensions and collective tensions). These tensions are embedded into a social context that holds great interdisciplinary, inter-organisational, and inter-cultural implications. We thereby highlight the need for a quantum music innovation ecosystem and a living lab methodology to unpack these implications and dynamics, encompassing interdisciplinary collaboration among musicians (in the central), music tech firms, physicists, engineers, and system developers. By unlocking the transformative power of QTs in music, this research introduces the context for investigating the theory and practice of quantum music from a social perspective and propose potential propositions for future research directions.
We are pleased to announce that this paper has been presented at a prestigious music innovation conference – Innovation in Music 2025, held at Bath Spa University during 20th-22nd June 2025. A follow up paper will be submitted for peer review and inclusion in the book of proceedings, published by Routledge.
Below is our presentation slides.