This study relies on the prevalence of certain structures that largely distinguish the creation and reception of music from that of language – namely, temporal grids, scalar grids, and segments with their repetitions – to construct a model of the human cognitive faculty for music that allows humans to make music the way they do. The study draws on research and thought in philosophy (including phenomenology), linguistics, psychology, and neurology, coupled with musicology, to produce a model of a human capacity to make complex comparisons between ongoing sound sequences and those simultaneously reconstructed from memory by registering the relativities within their flow. This model is then used in a consideration of how the faculty for music interacts with the faculty for language in the experience of song and a consideration of how a similar cognitive capacity for music might be identified in other species.
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James Parakilas (2024) studied this question.
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