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Throughout This Is Your Brain on Music, Levitin emphasizes that music is a common aspect of all humans and human civilizations both today and throughout history. Although modern Western culture distinguishes between professional musicians and amateurs/listeners, music originally evolved as a common social activity in which everyone could engage. Almost all humans have innate and highly advanced music-listening and music-analyzing skills, even if they have not been educated in the jargon or techniques of formal music theory.
Levitin’s presentation of music as something that unites all humans regardless of their level of education reinforces the values and goals of his work as a popular science author. Just as popular science diminishes the divide between ordinary people and cutting-edge scientists, Levitin’s insistence that music is a universal aspect of being human connects the general public to the world of music. He describes all humans as “expert listeners” and notes how difficult it is for computers to replicate some of the automatic skills that almost all humans have (e.g., metrical extraction, identification of timbre, and recognition of melody). In addition, Levitin emphasizes that until recent centuries, music was predominantly a communal human activity in which everyone participated and often involved dance. The division between performer and audience is artificial, as is the idea that one must reach a certain threshold of skill before participating in music making. He draws particular attention to the more natural and traditional musical performances in tribal cultures, wherein the whole community participates in high-energy dancing, singing, and playing.
All human civilizations throughout history have exhibited music-making behavior, and archeological evidence proves the existence of specialized musical instruments dating back tens of thousands of years. The book’s final chapter attributes the universality and longevity of music to an evolutionary adaptation associated with sexual selection. Cognitive scientists have made some progress in mapping the functions of various areas of the brain, and Levitin himself has contributed significantly to contemporary understandings of the neurological regions and systems involved in processing music. Even in cases of brain damage or neuroatypicality, the ability to produce and enjoy music remains; it may be diminished or altered but is nonetheless present. The brain is adept at compensating for disruption to vital systems, so the tenacity of the human ability to make and enjoy music speaks to the significant role that music plays in the human experience.
According to Levitin, the components of musical ability include technical skill, specialist knowledge, and emotional connection. Throughout This Is Your Brain on Music, and in Chapter 7 in particular, Levitin analyzes music to identify the characteristics and competencies that contribute to these components. Certain skills, such as metrical extraction and memorization of pitch, timbre, and tempo, are seemingly innate and common to nearly all humans, prompting Levitin to characterize even untrained individuals as “expert listeners.” All humans have the capacity to produce music, and Levitin emphasizes that the division between professional musicians and listeners is an artificial product of Western culture rather than a true reflection that musical ability is scarce. Young children automatically participate in singing and dancing, and anyone can learn to play an instrument, showing that the components of musical ability are common throughout the general population.
As Levitin discusses in Chapter 8, some pieces of music are more pleasing to the ear and technically accomplished than others, particularly within the context of a particular culture’s musical schema. Certain identifiable components of musical ability contribute to producing “high-quality” music and therefore speak to particular expertise. Perhaps the most obvious of these components is technical skill: the ability to manipulate an instrument to produce the desired sounds. Levitin emphasizes that genetic factors might help or hinder a person in playing a particular instrument: For instance, large hands benefit a pianist but are detrimental to a violinist. However, no fixed rules limit ability. Indeed, no consensus exists regarding the extent to which musical ability is a matter of nature or nurture, although both factors likely play a part. Practice is the most important component of technical skill: Approximately 10,000 hours of practice are necessary to achieve world-class mastery of an instrument.
Technical skill is impossible to achieve without some specialist knowledge regarding how to play an instrument, read music, or manipulate one’s vocal chords effectively. Knowledge likewise plays a role in musical ability by contributing to a person’s musical schema, or framework of expectations for a piece of music based on experience. Composers must have an understanding of the musical tradition in which they’re composing in order to anticipate and manipulate listeners’ expectations. Similarly, listeners are unlikely to appreciate a piece unless they have some familiarity with the music’s genre or format and some knowledge of the conventions of its musical tradition.
The third component of musical ability, however, is not commonly taught, even in top music schools: emotional connection, the ability to elicit an emotional response in an audience. This often involves elements of technical skill and specialist knowledge (however unconsciously one applies them) in manipulating elements such as loudness and rhythm for emotional effect. Levitin acknowledges that emotionality is scientifically difficult to quantify in its entirety. Emotional connection requires a perceived vulnerability on the part of the performer and a certain charisma. It is often the je ne sais quoi component that distinguishes an outstanding performance or piece of music from one that is merely high quality.
Levitin presents an argument that links musical enjoyment to fundamental brain function, even noting that the human brain dedicates many specific areas to processing music and other sounds. As one of the world’s foremost authorities on the neuropsychology of music, Levitin’s expertise in both music theory and cognitive science enables him to present a unique perspective on the intersection of these two fields. The merging of art and science is one of the unique aspects of This Is Your Brain on Music, making the neurological underpinnings of musical enjoyment a central theme. Levitin begins to explore this theme in Chapter 3, and it remains prominent throughout the remainder of the text as he discusses neurobiology, systems of memory and categorization in the brain, and the evolutionary psychology that gave rise to music’s prominence as a behavioral trait.
Levitin highlights how people form musical preferences based on numerous complex social and psychological factors as well as features of the music itself, and throughout the text, he emphasizes the complexity of human cognition. Trying to map cognitive functions to specific regions of the brain with precision is difficult, and Levitin admits that much still remains undiscovered about how human brains process music. However, he notes the progress that science has made in better understanding the neuropsychology of music, citing studies that established that processing music involves both primitive, “reptilian” regions of the brain, such as the cerebellum, and the regions associated with higher cognitive functions such as the frontal lobe.
In addition, Levitin notes the many similarities between the neural systems of the brain that process music and those that process language, but he points out that music links far more closely to emotional responses, particularly through reward systems linked to pleasure. The enjoyment of music likewise links to the formation of expectations based on schema that the brain builds and references that are based on past experience. Based on these schema, when music satisfies expectations, the so-called pleasure centers of the brain secrete the neurotransmitter dopamine, eliciting positive emotions, while blocking this response when music fails to meet expectations. Thus, in human neurology, music intricately links to emotional response.



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