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Bad Singer

The Surprising Science of Tone Deafness and How We Hear Music

ebook
1 of 1 copy available
1 of 1 copy available

In the tradition of Daniel Levitin's This Is Your Brain on Music and Oliver Sacks' Musicophilia, Bad Singer follows the delightful journey of Tim Falconer as he tries to overcome tone deafness — and along the way discovers what we're really hearing when we listen to music.

Tim Falconer, a self-confessed "bad singer," always wanted to make music, but soon after he starts singing lessons, he discovers that he's part of only 2.5 percent of the population afflicted with amusia — in other words, he is scientifically tone-deaf.

Bad Singer chronicles his quest to understand human evolution and music, the brain science behind tone-deafness, his search for ways to retrain the adult brain, and his investigation into what we really hear when we listen to music. In an effort to learn more about his brain disorder, he goes to a series of labs where the scientists who test him are as fascinated with him as he is with them. He also sets out to understand why we love music and deconstructs what we really hear when we listen to it. And he unlocks the secret that helps explain why music has such emotional power over us.

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    • Kirkus

      December 15, 2016
      "I'm a bad singer. And deep down, it matters." Falling down a rabbit hole in B-minor, Canadian science writer Falconer (Magazine Journalism/Ryerson Univ.; That Good Night: Ethicists, Euthanasia and the End-of-Life Care, 2009, etc.) explores all that bad singing entails. The author grew up in the golden age of pop music, but he lacked the ability to carry a tune. As he writes, his siblings were similarly unable to distinguish notes and pitches, to the point where one sister could not even tune a guitar well enough to take the lessons that might have given her a fighting chance. Once grown up, Falconer marched into practice rooms and laboratories to figure out what's taking place between the ears--and, to boot, what's happening at the intersections of music and technology. We don't really need to sing in order to enjoy a song, he writes, "any more than we need to paint to enjoy Vermeer or Monet or Basquiat." But that equation doesn't quite hold up, since we don't gather around to group-paint but do, as Falconer notes, come together in song--or at least once did, since group songs are harder to come by, given the fragmentation of the market. Back on topic and in quest of the dulcet tone, the author examines the neurological and physical tricks that go into our ability to match pitch to voice control--to sing on key, that is, a talent not everyone has. At the far fringes of his amiable researches are amusiacs, those who for whatever reason cannot process music but few of whom admit as much lest "other people will consider them inhuman." At the nearer edge are such wonders as software that allows even the most tone-deaf among us hit the notes, tortured though they may be in real life. So look out, Kayne.... A spirited, even adventurous look at the mysteries of how the human brain perceives and processes sound--and even, on occasion, manages to make beautiful music.

      COPYRIGHT(2016) Kirkus Reviews, ALL RIGHTS RESERVED.

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Languages

  • English

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