Skip to content

Opening book details…

Can I read AI composer bias: Listeners like music less when they think it was composed by an AI. on EtoBox?

AI composer bias: Listeners like music less when they think it was composed by an AI. by Daniel B. Shank; Courtney Stefanik; Cassidy Stuhlsatz; Kaelyn Kacirek; Amy M. Belfi is a Psychology article available to read on EtoBox.

What is AI composer bias: Listeners like music less when they think it was composed by an AI. about?

The use of artificial intelligence (AI) to compose music is becoming mainstream. Yet, there is a concern that listeners may have biases against AIs. Here, we test the hypothesis that listeners will like music less if they think it was composed by an AI. In Study 1, participants listened to excerpts of electronic and classical music and rated how much they liked the excerpts and whether they thought they were composed by an AI or human. Participants were more likely to attribute an AI composer to electronic music and liked music less that they thought was composed by an AI. In Study 2, we directly manipulated composer identity by telling participants that the music they heard (electronic music) was composed by an AI or by a human, yet we found no effect of composer identity on liking. We hypothesized that this was due to the "AI-sounding" nature of electronic music. Therefore, in Study 3, we used a set of "human-sounding" classical music excerpts. Here, participants liked the music less when it was purportedly composed by an AI. We conclude with implications of the AI composer bias for understanding perception of AIs in arts and aesthetic processing theories more broadly. Public Sig

Who reads AI composer bias: Listeners like music less when they think it was composed by an AI.?

It is typically read by researchers, students, and practitioners in Psychology.

Author
Daniel B. Shank; Courtney Stefanik; Cassidy Stuhlsatz; Kaelyn Kacirek; Amy M. Belfi
Publisher
American Psychological Association (APA)
Published
2023
Language
EN
Field
Psychology (Social Sciences)

More by Daniel B. Shank; Courtney Stefanik; Cassidy Stuhlsatz; Kaelyn Kacirek; Amy M. Belfi

Browse all works by Daniel B. Shank; Courtney Stefanik; Cassidy Stuhlsatz; Kaelyn Kacirek; Amy M. Belfi