Abstract
BackgroundThe biological origin of music, its universal appeal across human cultures and the cause of its beauty remain mysteries. For example, why is Ludwig Van Beethoven considered a musical genius but Kylie Minogue is not? Possible answers to these questions will be framed in the context of Information Theory.Presentation of the HypothesisThe entire life-long sensory data stream of a human is enormous. The adaptive solution to this problem of scale is information compression, thought to have evolved to better handle, interpret and store sensory data. In modern humans highly sophisticated information compression is clearly manifest in philosophical, mathematical and scientific insights. For example, the Laws of Physics explain apparently complex observations with simple rules. Deep cognitive insights are reported as intrinsically satisfying, implying that at some point in evolution, the practice of successful information compression became linked to the physiological reward system. I hypothesise that the establishment of this "compression and pleasure" connection paved the way for musical appreciation, which subsequently became free (perhaps even inevitable) to emerge once audio compression had become intrinsically pleasurable in its own right.Testing the HypothesisFor a range of compositions, empirically determine the relationship between the listener's pleasure and "lossless" audio compression. I hypothesise that enduring musical masterpieces will possess an interesting objective property: despite apparent complexity, they will also exhibit high compressibility.Implications of the HypothesisArtistic masterpieces and deep Scientific insights share the common process of data compression. Musical appreciation is a parasite on a much deeper information processing capacity. The coalescence of mathematical and musical talent in exceptional individuals has a parsimonious explanation. Musical geniuses are skilled in composing music that appears highly complex to the ear yet transpires to be highly simple to the mind. The listener's pleasure is influenced by the extent to which the auditory data can be resolved in the simplest terms possible.
Highlights
The biological origin of music, its universal appeal across human cultures and the cause of its beauty remain mysteries
I hypothesise that the evolution of pleasurable information compression paved the way for philosophy, mathematics and science and art, music and sculpture, sensu [1]
Possible locations of various musical compositions in terms of information complexity are given in Table 2 along with some examples from other art forms. It is not low Kolmogorov complexity per se that is a feature of musical beauty, but rather the mismatch between how much information a piece appears to contain on first hearing, versus how much information it contains once the data has been compressed
Summary
The biological origin of music, its universal appeal across human cultures and the cause of its beauty remain mysteries. I hypothesise that the evolution of pleasurable information compression paved the way for philosophy, mathematics and science and art, music and sculpture, sensu [1]. To provide the conceptual foundation for this hypothesis I will briefly explore the existing evidence for a link between information compression and musical beauty.
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