Chapter 1 Further Reading

Everything here is real, findable by name, and worth your time at the indicated depth. No links — search the titles; editions change, the books don't.

Beginner

  • The companion volume: The Physics of Music (DataField), Ch. 5 and Ch. 7. This book's sibling covers the science side of everything Chapter 1 compressed: Ch. 5 goes deep on psychoacoustics (how the ear-brain system actually decodes pitch and loudness), and Ch. 7 gives Fourier and timbre the full visual treatment. The single best next step if the science core left you hungry rather than full.
  • John Powell, How Music Works: The Science and Psychology of Beautiful Sounds. A physicist-musician explains frequency, loudness, timbre, and scales with zero math anxiety and genuine wit. Reads in a weekend; the chapters on what makes notes "notes" and why instruments sound different are this chapter's content from a music-lover's angle.
  • Audacity (free software) + any free tone generator. Not a book — a lab. Audacity generates sines, squares, saws, and triangles, zooms into waveforms, and runs spectrum views on any audio you drop in, all free on every platform. Every experiment in this chapter's DAW Lab can be repeated and extended in it, even without a DAW.
  • Voxengo SPAN (free plugin). The spectrum analyzer half the industry keeps on the master bus. Install it now; you'll use it for the rest of this book — and watching it while you play your reference library is a legitimate ear-training method by itself.

Intermediate

  • F. Alton Everest & Ken Pohlmann, Master Handbook of Acoustics. The standard practical acoustics reference. The early chapters cover this chapter's territory — waves, decibels, hearing — with more rigor and excellent figures; the rest of the book becomes essential when you reach room treatment in Part II. A shelf staple for the whole journey.
  • Mike Senior, Mixing Secrets for the Small Studio. The classic budget-studio mixing text, cited throughout this book's mixing chapters. Listed here, early, for its opening material on monitoring honesty and reference listening — Senior's whole method begins from the same premise as Jaylen's autopsy: your playback lies, and references are the truth serum.
  • Alexander U. Case, Sound FX: Unlocking the Creative Potential of Recording Studio Effects. Bridges the physics of sound to the processors you'll meet in Parts V–VI, with unusually clear treatment of harmonics, envelopes, and why effects do what they do. Best read alongside the mixing chapters, but its foundations chapters reward reading now.
  • Bobby Owsinski, The Recording Engineer's Handbook. The standard survey of recording craft. Skim its opening sound-and-hearing material now; the microphone and tracking chapters become directly relevant in Parts II–III.

Advanced

  • Brian C. J. Moore, An Introduction to the Psychology of Hearing. The standard academic psychoacoustics text: pitch perception, loudness, the missing fundamental, the cochlea's machinery — every "your brain infers it" claim in this chapter, with the experimental evidence attached. Dense, rewarding, definitive.
  • Floyd E. Toole, Sound Reproduction: The Acoustics and Psychoacoustics of Loudspeakers and Rooms. Why playback systems disagree with each other, from the researcher who spent a career measuring it. The deep version of "every system has opinions about the spectrum" — and the scientific backbone for Part II's monitoring and room chapters.
  • Julius O. Smith III, Mathematics of the Discrete Fourier Transform (DFT) with Audio Applications. Free online from Stanford's CCRMA. If the Fourier sidebar made you want the actual math — all of it — this is the canonical, generous, audio-focused path. Genuinely advanced; genuinely worth it for the DSP-curious.
  • Ethan Winer, The Audio Expert. A sprawling, evidence-first tour of audio science with a habit of testing folklore to destruction. The early chapters on sound, hearing, and measurement extend this chapter; the debunking spirit will serve you through every gear forum you ever read.

For Educators

  • Houtsma, Rossing & Wagenaars, Auditory Demonstrations (Acoustical Society of America / IPO). The classic recorded demonstration set: missing fundamental, loudness scaling, masking-style effects, and dozens more, designed for classroom playback. Decades old and still the best single hour of "hear the psychoacoustics yourself" available.
  • Thomas D. Rossing (et al.), The Science of Sound. The standard university musical-acoustics textbook — the formal course this chapter is the street version of. Strong end-of-chapter problems if you need gradeable work on waves, decibels, and harmonics.
  • Jason Corey, Audio Production and Critical Listening: Technical Ear Training. A structured technical-ear-training curriculum with software exercises — frequency identification drills that systematize what this book's Listening Labs and Appendix F build progressively. Excellent lab-session backbone.
  • HyperPhysics (Georgia State University), sound and hearing sections. A free, concise web reference with clean diagrams of waves, decibel math, and ear anatomy — ideal for projecting in class or assigning as pre-reading alongside this chapter; find it by searching "HyperPhysics sound."