Further Reading — Chapter 14: Sound Design and Synthesis

No URLs here, deliberately — links rot, and everything below is findable by title through any library system, bookstore, or search box. Annotations tell you what each is for, so pick by appetite. One honest warning for this chapter in particular: synthesis reading is a famous procrastination format. Every item below earns its place, and none of them substitutes for an hour from init with the recipe card open.

Beginner

  • The companion volume, The Physics of Music, Chapter 10 (electronic sound and synthesis). The same territory as this chapter, walked from the science side: why oscillators, filters, and modulation do what they do to air and ears. Its Chapter 7 (timbre and Fourier) is the deep version of "timbre is a recipe of harmonics," which is the load-bearing idea under every oscillator table in this book. Read it when "the saw contains all harmonics" stops feeling like enough of an explanation.
  • Simon Cann, How to Make a Noise. A plain-language, synth-agnostic guide to programming — subtractive, FM, wavetable, and beyond — organized by what you're trying to hear rather than by brand. Long circulated in cheap and free digital editions, and pitched at exactly the reader who just finished this chapter.
  • Syntorial (Joe Hanley). Not a book — interactive training software that plays you a sound and makes you rebuild it by ear, one parameter family at a time. It is exercise C5 (recreate-a-preset) industrialized into a course, and for many learners it's the fastest route from vocabulary to reflex. The free opening lessons cover most of this chapter's subtractive core.
  • Documentary: Sisters with Transistors. The pioneers — Delia Derbyshire, Suzanne Ciani, Clara Rockmore, Laurie Spiegel and company — designing sounds before preset banks existed, often before the instruments existed. Watch it as a feature-length argument for this chapter's thesis: sound design is decisions, and the decisions were always the instrument.

Intermediate

  • Gordon Reid, "Synth Secrets" (Sound on Sound magazine series). The legendary multi-year series — dozens of installments working from "what's an oscillator" to physically modeling brass and strings with subtractive tools. Free in the Sound on Sound online archive; findable by searching the series name. The single best next step after this chapter, and you can read it one synthesis problem at a time.
  • Mark Vail, The Synthesizer (Oxford University Press). A comprehensive guide to understanding, programming, playing, and recording synths — strong on architecture, history, and interviews with the people who designed the instruments. Good bedside-table depth: dippable anywhere.
  • Martin Russ, Sound Synthesis and Sampling. The methodical textbook treatment: every major synthesis method — subtractive, FM, wavetable, sample-based, granular, physical modeling — explained systematically with the engineering shown. Where this chapter gave FM and wavetable "one honest section" each, Russ gives them their full due.
  • Trevor Pinch & Frank Trocco, Analog Days: The Invention and Impact of the Moog Synthesizer. A history of how the first commercial synths were invented, misunderstood, and bent into music — happy accidents as method, at book length. The cultural ancestor of every TB-303 story this chapter told.

Advanced

  • John Chowning, "The Synthesis of Complex Audio Spectra by Means of Frequency Modulation" (Journal of the Audio Engineering Society, 1973). The FM paper itself — and with this chapter's vocabulary (carrier, modulator, ratio, index, sidebands), it's genuinely readable. There's a particular pleasure in meeting a technology that ate a decade in its original eleven-ish pages.
  • John Chowning & David Bristow, FM Theory and Applications: By Musicians for Musicians. The DX7's engine explained by its inventor, for players rather than engineers. Long out of print; findable through libraries and archives, and worth the hunt if Case Study 1 left you wanting to actually program the thing everyone else preset-played.
  • Curtis Roads, The Computer Music Tutorial (MIT Press). The encyclopedic reference for every synthesis and processing method ever devised — the book you consult for the next decade rather than read this month. His Microsound is the full continent behind this chapter's granular postcard.
  • Miller Puckette, The Theory and Technique of Electronic Music. Rigorous, mathematical, and free — the author (creator of Max and Pure Data) distributes it online. The bridge between turning knobs and understanding precisely what the knobs compute. Pairs naturally with Chapter 2's sampling theory.

For Educators

  • Megan Lavengood, "What Makes It Sound '80s? The Yamaha DX7 Electric Piano Sound." The scholarly companion to Case Study 1 — a musicologist's close study of E. PIANO 1 and timbre as a marker of era. Pair an excerpt with the case study and exercise D2 for a seminar on default culture; students argue the cautionary-tale-versus-success-story question with real stakes.
  • Standardize the room on one free synth. Vital and Surge XT are free, cross-platform, and full-featured subtractive/wavetable instruments; putting the whole class on one of them makes every recipe in this chapter — and every student's patch — portable and demonstrable, with Appendix E translating back to each student's home DAW.
  • The recreate-a-preset drill (exercise C5) as recurring assessment. Run it monthly: the deliverable is the miss list in band vocabulary, which doubles as a self-generated rubric of what to teach next. Watching the lists shrink across a term is the most honest synthesis grade available.
  • In-class listening for designed-sound history: the THX Deep Note (a riser that resolves, dissected in exercise B7), Phuture's "Acid Tracks" (one filter ridden like an instrument), and any mid-80s ballad's electric piano against any modern wavetable bass. Three listening minutes each, full chapter's vocabulary exercised; Analog Days excerpts extend the same session into tech-history discussion.