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Music, math, and mind :: the physics and neuroscience of music / |
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ISBN/ISSN:
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9780231193788 (hbk.) : 价格： CNY805.00 |
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ISBN/ISSN:
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0231193785 (hbk.) |
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语种:
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eng |
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科图分类法:
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J60-05 |
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著者:
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Soldier, Dave, |
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题名:
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Music, math, and mind [the physics and neuroscience of music ] |
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出版发行:
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New York : Columbia University Press, [2021] |
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载体形态:
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viii, 291 pages, 6 unnumbered pages of plates : illustrations (some color), music ; 24 cm |
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附注:
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Includes author's selected compositions and discography (pages 271-275). |
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内容提要:
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"Why does a clarinet play at lower pitches than a flute? What does it mean for sounds to be in or out of tune? How are emotions carried by music? Do other animals perceive sound like we do? How might a musician use math to come up with new ideas? This book offers a lively exploration of the mathematics, physics, and neuroscience that underlie music in a way that readers without scientific background can follow. David Sulzer, also known in the musical world as Dave Soldier, explains why the perception of music encompasses the physics of sound, the functions of the ear and deep-brain auditory pathways, and the physiology of emotion. He delves into topics such as the math by which musical scales, rhythms, tuning, and harmonies are derived, from the days of Pythagoras to technological manipulation of sound waves. Sulzer ranges from styles from around the world to canonical composers to hip-hop, the history of experimental music, and animal sound by songbirds, cetaceans, bats, and insects. He makes accessible a vast range of material, helping readers discover the universal principles behind the music they find meaningful. Written for musicians and music lovers with any level of science and math proficiency, including none, Music, Math, and Mind demystifies how music works while testifying to its beauty and wonder"-- |
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主题词:
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Music Acoustics and physics. |
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主题词:
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Musical perception. |
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主题词:
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Music Physiological aspects. |
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主题词:
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Neurobiology. |
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主题词:
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Hearing. |
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标签:
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HEA| |02868cam a2200289 450 001| |022022011149 008| |201007s2021 nyuafg bk 001 0 eng 020| |▼a9780231193788 (hbk.) :▼cCNY805.00 020| |▼a0231193785 (hbk.) 040| |▼aDLC▼beng▼cDLC▼dOCLCO▼dOCLCF▼- | |dUKMGB▼dSLV▼dYDX▼dTDF▼dBKL▼dTJ- | |C▼dTOH▼dBPE▼dOCL▼dOCLCO 041|0 |▼aeng 050|00|▼aML3805▼b.S62 2021 082|00|▼a781.1▼223 090| |▼aJ60-05▼b236075 100|1 |▼aSoldier, Dave,▼d1956-▼eauthor. 245|10|▼aMusic, math, and mind :▼bthe- | | physics and neuroscience of m- | |usic /▼cDavid Sulzer. 260| |▼aNew York :▼bColumbia Univers- | |ity Press,▼c[2021] 300| |▼aviii, 291 pages, 6 unnumbere- | |d pages of plates :▼billustrat- | |ions (some color), music ;▼c24 cm 500| |▼aIncludes author\'s selected c- | |ompositions and discography (p- | |ages 271-275). 504| |▼aIncludes bibliographical ref- | |erences (pages 261-270) and index. 505|0 |▼aThe parameters of sound －－ T- | |he math of pitch, scales, and - | |harmony －－ Waves and harmonics- | | －－ The math of sound and reso- | |nance －－ Math and rhythmic str- | |ucture －－ Centerpiece : the se- | |nse of hearing －－ Brain mechan- | |isms of rhythm －－ Neural mecha- | |nisms of emotion －－ Ear physio- | |logy : how air waves become so- | |und －－ Deep brain physiology o- | |f sound －－ Sound disorders, il- | |lusions, and hallucinations －－- | | Animal sound, song, and music. 520| |▼a"Why does a clarinet play at- | | lower pitches than a flute? W- | |hat does it mean for sounds to- | | be in or out of tune? How are- | | emotions carried by music? Do- | | other animals perceive sound - | |like we do? How might a musici- | |an use math to come up with ne- | |w ideas? This book offers a li- | |vely exploration of the mathem- | |atics, physics, and neuroscien- | |ce that underlie music in a wa- | |y that readers without scienti- | |fic background can follow. Dav- | |id Sulzer, also known in the m- | |usical world as Dave Soldier, - | |explains why the perception of- | | music encompasses the physics- | | of sound, the functions of th- | |e ear and deep-brain auditory - | |pathways, and the physiology o- | |f emotion. He delves into topi- | |cs such as the math by which m- | |usical scales, rhythms, tuning- | |, and harmonies are derived, f- | |rom the days of Pythagoras to - | |technological manipulation of - | |sound waves. Sulzer ranges fro- | |m styles from around the world- | | to canonical composers to hip- | |-hop, the history of experimen- | |tal music, and animal sound by- | | songbirds, cetaceans, bats, a- | |nd insects. He makes accessibl- | |e a vast range of material, he- | |lping readers discover the uni- | |versal principles behind the m- | |usic they find meaningful. Wri- | |tten for musicians and music l- | |overs with any level of scienc- | |e and math proficiency, includ- | |ing none, Music, Math, and Min- | |d demystifies how music works - | |while testifying to its beauty- | | and wonder"－－▼cProvided by publisher 650| 0|▼aMusic▼xAcoustics and physics. 650| 0|▼aMusical perception. 650| 0|▼aMusic▼xPhysiological aspects. 650| 0|▼aNeurobiology. 650| 0|▼aHearing.