Serect ra exactly. And i would also argue that there's familiarity in the fact that, you know, it's a jackson polock. It reminds me of a work that was done trying to claim that abstract expressionist paintings like jackson pollock were in part successful because they were scale free. That is to say, there were things going on on very tiny s and things going round medium scales and things going on loal scales. They were fractles. But do you think you thing is something like that? I mean, have you studied whether something ike that is also true in music, thatatit's not just a the surprise aspect, but a multi scale
Creativity is one of those things that we all admire but struggle to define or make concrete. Music provides a useful laboratory in which to examine what creativity is all about — how do people become creative, what is happening in their brains during the creative process, and what kinds of creativity does the audience actually enjoy? David Rosen and Scott Miles are both neuroscientists and musicians who have been investigating this question from the perspective of both listeners and performers. They have been performing neuroscientific experiments to understand how the brain becomes creative, and founded Secret Chord Laboratories to develop software that will predict what kinds of music people will like.
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David S. Rosen received his Ph.D. in cognitive psychology from Drexel University. He is currently a co-founder and the chief operations officer at Secret Chord Laboratories, a music-tech startup company. His interdisciplinary research program covers an array of topics: creative cognition, peak experiences, the neuroscience of music production and perception, psychedelics and STEAM education. David began playing the piano at the age of 8 and bass at age 15. He is the co-creator and bassist of sci-fi transmedia band, Chronicles of Sound, and instrumental progressive rock band, NAKAMA.
Scott Miles received his Ph.D. in neuroscience from Georgetown University. He is currently the CEO and innovation leader of Secret Chord Laboratories. He has been performing and producing music since the age of 10. In his doctoral work he investigated how music preference is formed in the brain. He secured funding through the National Science Foundation Graduate Research Fellowship to support this work. With David Rosen, Ph.D., he found support for two hypotheses about how the structure of music leads to purchase decisions. Miles then coded an algorithm to generate new music, and in a behavioral experiment, music featuring these properties was indeed preferred. He formed and has overseen the development of Secret Chord laboratories since it was incorporated in June 2018.
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