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ویرایش:
نویسندگان: Kinko Tsuji · Stefan C. Müller
سری:
ISBN (شابک) : 9783030686758, 9783030686765
ناشر: SPRINGER
سال نشر: 2021
تعداد صفحات: 432
زبان: English
فرمت فایل : PDF (درصورت درخواست کاربر به PDF، EPUB یا AZW3 تبدیل می شود)
حجم فایل: 18 Mb
در صورت تبدیل فایل کتاب Physics and Music: Essential Connections and Illuminating Excursions به فرمت های PDF، EPUB، AZW3، MOBI و یا DJVU می توانید به پشتیبان اطلاع دهید تا فایل مورد نظر را تبدیل نمایند.
توجه داشته باشید کتاب فیزیک و موسیقی: ارتباطات اساسی و گشت و گذارهای روشنگر نسخه زبان اصلی می باشد و کتاب ترجمه شده به فارسی نمی باشد. وبسایت اینترنشنال لایبرری ارائه دهنده کتاب های زبان اصلی می باشد و هیچ گونه کتاب ترجمه شده یا نوشته شده به فارسی را ارائه نمی دهد.
این کتاب به بررسی رابطه جذاب و صمیمی بین موسیقی و فیزیک می پردازد. طی هزاران سال، نواختن و گوش دادن به موسیقی، خلاقیت و کنجکاوی را در مردم سراسر جهان برانگیخته است. با شروع با اصول اولیه، نویسندگان ابتدا به سیستم های آهنگی موسیقی نوع اروپایی می پردازند و آنها را با سایر فرهنگ های دور مقایسه می کنند. آنها اصول فیزیکی آلات موسیقی رایج را با تأکید بر ایجاد صدا و به ویژه کاریزما تجزیه و تحلیل می کنند. تحقیقات مدرن در مورد روانشناسی ادراک موسیقی - زمینه ای که به عنوان سایکوآکوستیک شناخته می شود - نیز شرح داده شده است. صدای ارکسترها در سالن های کنسرت مورد بحث قرار گرفته و اثرات روان آکوستیک آن توضیح داده شده است. در نهایت، نویسندگان به نقش موسیقی برای ذهن و جامعه ما می پردازند. در سرتاسر کتاب، داستانها و حکایتهای جالب، بینشهایی درباره فعالیتهای موسیقی فیزیکدانان و تعامل آنها با آهنگسازان و نوازندگان به دست میدهد.
This book explores the fascinating and intimate relationship between music and physics. Over millennia, the playing of, and listening to music have stimulated creativity and curiosity in people all around the globe. Beginning with the basics, the authors first address the tonal systems of European-type music, comparing them with those of other, distant cultures. They analyze the physical principles of common musical instruments with emphasis on sound creation and particularly charisma. Modern research on the psychology of musical perception – the field known as psychoacoustics – is also described. The sound of orchestras in concert halls is discussed, and its psychoacoustic effects are explained. Finally, the authors touch upon the role of music for our mind and society. Throughout the book, interesting stories and anecdotes give insights into the musical activities of physicists and their interaction with composers and musicians.
Preface Contents Part I Physics + Music = ..... 1 Introduction 1.1 Physics & Music - Quiz of the Year 1.2 What Is the Hybrid Field of Physics & Music? 1.2.1 Human Activities with Tones and Movements 1.2.2 Arts or Natural Sciences? 1.2.3 Sender and Receiver 1.3 Early History of Musical Notations 1.3.1 Mesopotamia, Egypt and Greece 1.3.2 Notation Systems in the Middle Ages 1.4 Gallery of Historical Instruments References Part II Our Modern Tonal System 2 Notation and Tonal Systems 2.1 What Is .....? 2.1.1 Music 2.1.2 Sound 2.1.3 Tone 2.1.4 Noise 2.1.5 Spectral Characteristics of Sounds 2.1.6 Standard Pitch 2.2 What Is Physics, in Close Partnership to Music? 2.3 Tonal System 2.3.1 Lines and Notes 2.3.2 Rest 2.3.3 Clef 2.3.4 Bars 2.3.5 Pitch 2.3.6 Change of Pitch—Accidentals 2.3.7 Loudness 2.3.8 Tempo 2.3.9 Ornaments 2.3.10 Note Relationships 2.3.11 Articulation Marks 2.3.12 Other Expressions 2.3.13 An Example—Rondo of Haydn References 3 Intervals and Scales 3.1 Intervals 3.1.1 Basic Intervals 3.1.2 Other Frequently Used Intervals and Chords 3.1.3 Beats 3.2 Scales 3.2.1 About Scales 3.2.2 Pentatonic Scale 3.2.3 Whole-Tone Scale 3.2.4 Heptatonics 3.2.5 Chromatic Scales 3.2.6 Microtones References 4 Tunings—From Pythagoras to Equal Temperament 4.1 Pythagorean Tuning 4.2 Some More Intonation Systems 4.2.1 Just Intonation (or Pure Tuning) 4.2.2 Meantone Temperament 4.2.3 Well-Tempered Mood 4.2.4 Equal Temperament 4.2.5 The Cent 4.3 Harmonic Series 4.3.1 Properties 4.3.2 Inharmonic Overtones 4.3.3 About Tonality 4.4 Timbre (Color of Sound) References 5 Comparison with Non-European Systems 5.1 Introduction 5.2 Music in Southern Neighborhoods of Europe 5.2.1 Sinti and Roma Music 5.2.2 Misheberach Scale 5.2.3 Ragas in Indian Music 5.2.4 Arabic Music 5.3 Music in the Northern Neighborhoods of Europe 5.3.1 The Sami 5.3.2 Celtic Music 5.4 Music in East Asia 5.4.1 Chinese Music 5.4.2 Japanese Pentatonics 5.4.3 More About East Asian Music 5.5 Music in Austronesia, Australia and New Guinea 5.5.1 Austronesia 5.5.2 Australia and New Guinea 5.6 Music in Sub-Saharan Africa 5.7 Music in the Americas 5.7.1 History 5.7.2 Blues 5.7.3 Central America 5.7.4 South America References Part III Physics of Musical Instruments 6 Musical Instruments 6.1 Systematical Classification of Musical Instruments 6.1.1 The Idiophones 6.1.2 The Membranophones 6.1.3 The Chordophones 6.1.4 The Aerophones 6.2 Sound and Acoustic Waves 6.2.1 Excursion on Sound and Acoustic Waves 6.2.2 History 6.2.3 The Physics of Sound 6.2.4 Important Physical Quantities 6.2.5 Acoustic Wave 6.3 From Sound Waves to Sound Frequencies 6.3.1 Overview of Fourier Series 6.3.2 Transformation from Sound Waves to Sound Spectra References 7 Selected Instruments 1—Aerophones 7.1 Classification of Aerophones 7.2 The Flute 7.2.1 Windway 7.2.2 The Recorder 7.2.3 The Transverse Flute 7.2.4 Flutes from Various Areas 7.3 Double-Reed Instruments 7.3.1 The Oboe 7.3.2 The English Horn (Cor Anglais) 7.3.3 The Bassoon 7.3.4 Other Double-Reed Instruments 7.4 Single-Reed Instruments 7.4.1 The Clarinet 7.4.2 The Saxophone 7.4.3 Other Single-Reed Instruments 7.5 Brass Instruments 7.5.1 Physics of Sound Creation 7.5.2 The Horn 7.5.3 Trumpet, Trombone, and Tuba 7.6 The Organ 7.6.1 The Whistle 7.6.2 The Organ Pipe 7.6.3 Wind System References 8 Selected Instruments 2—Chordophones, Membranophones, Idiophones and Human Voice 8.1 String Instruments 8.1.1 The Monochord 8.1.2 The Vibrating String 8.1.3 Playing Techniques 8.1.4 Bowed String Instruments 8.1.5 The Modern Violin Family 8.1.6 The Violin 8.1.7 Sound and Acoustics of the Violin Family 8.1.8 Sound of Viola, Cello and Double Bass 8.2 Percussion Instruments 8.2.1 Timpani and Drums 8.2.2 Bells 8.3 The Human Voice: Singing 8.3.1 Tonal Range of Singers 8.3.2 Speech Organs 8.3.3 Formant 8.3.4 Singers References Part IV When Musicians Get Together, They 9 Create Music 9.1 Introduction 9.2 Music Forms 9.2.1 Levels of Musical Units 9.2.2 More About a Piece 9.2.3 More About a Cycle 9.3 Methods 9.3.1 Counterpoint 9.3.2 Harmony 9.4 Combination of Musical Instruments References 10 Play Together and Form an Orchestra 10.1 Introduction 10.2 Solo and Duo 10.2.1 Piano 10.2.2 String Solo Without Accompaniment 10.2.3 Solo with Accompaniment 10.2.4 Duo 10.3 Chamber Music 10.3.1 Baroque Trio Sonata 10.3.2 String Instruments and Piano 10.3.3 String Instruments Only 10.3.4 Together with Wind Instruments 10.4 Orchestra 10.4.1 History 10.4.2 Types of Orchestras 10.4.3 Seating Arrangement 10.4.4 People 10.5 Acoustics of an Orchestra 10.5.1 Directional Effects 10.5.2 Acoustic Radiation of Instruments References Part V Hearing 11 Physiology and Psychoacoustics 11.1 Hearing—Physiological Aspects 11.1.1 Structure of the Human Ear 11.1.2 Function of the Human Ear 11.1.3 Tonotopic Mapping 11.2 Hearing Music—Psychoacoustical Aspects 11.2.1 How Do We Hear Music? 11.2.2 A Huge Black Box 11.2.3 We Hear (or Do Not Hear) in Somewhat Different Ways… 11.3 Absolute Pitch and Relative Pitch 11.3.1 What Are Absolute Pitch and Relative Pitch? 11.3.2 Solfège 11.3.3 How Do Absolute Pitch and Relative Pitch Work? 11.3.4 Piano Versus Violin, Bells Versus Monochord 11.4 Auditory Illusion 11.4.1 Binaural Beats 11.4.2 Octave Illusion and Scale Illusion 11.4.3 Pitch Circularity and Tritone Paradox 11.4.4 Not Illusions, But… References 12 Room Acoustics 12.1 Concert Halls 12.2 Principles of Room Acoustics 12.3 Wave Theory 12.4 Statistical Room Acoustics 12.4.1 Reverberation 12.4.2 Absorption Coefficient α 12.5 Geometrical Room Acoustics References Part VI Music, Mind and Society 13 Music Analysis with Phase Portraits 13.1 Introduction 13.2 Trials with Phase Plots 13.2.1 What Is a Phase Plot? 13.2.2 Three-Dimensional Expression 13.2.3 Applying Phase Plots to Musical Pieces 13.3 Analysis—Some Examples 13.3.1 Bach and Gounod 13.3.2 Haydn: String Quartet ``Emperor'' 13.3.3 Rossini: Guillaume Tell Overture 13.4 Comparison of Various Scales 13.4.1 Heptatonic Scales 13.4.2 Pentatonic Scales 13.4.3 Other Scales 13.5 Concluding Remarks References 14 What Is Music Supposed to Do with Our Mind and For Our Society? 14.1 Major and Minor 14.1.1 Introduction 14.1.2 The Major Triad and the Minor Triad 14.1.3 Finished or Unfinished 14.1.4 Comfort or Discomfort 14.1.5 Happy, Sad or High 14.1.6 Boléro 14.1.7 Siegfried Idyll 14.1.8 Swan Lake 14.2 Music and Our Society 14.2.1 Music and Moving 14.2.2 Musical Expectation and Moving 14.2.3 Two-Edged Blade 14.2.4 Music-Related Illness and Therapy 14.3 Bye Bye, I Must Go References Correction to: Music Analysis with Phase Portraits Correction to: K. Tsuji et al., Physics and Music, https://doi.org/10.1007/978-3-030-68676-513 Index