A valuable resource for the history of the telharmonium, a 200-ton musical behemoth that was intended to replace orchestral music at the beginning of this century.

This accessible Introduction explores both mainstream and experimental electronic music and includes many suggestions for further reading and listening.

Electronic and Experimental Music: Technology, Music, and Culture provides a comprehensive history of electronic music, covering key composers, genres, and techniques used in analog and digital synthesis. This textbook has been extensively revised with the needs of students and instructors in mind. The reader-friendly style, logical organization, and pedagogical features of the fifth edition allow easy access to key ideas, milestones, and concepts. New to this edition: • A companion website, featuring key examples of electronic music, both historical and contemporary. • Listening Guides providing a moment-by-moment annotated exploration of key works of electronic music. • A new chapter—Contemporary Practices in Composing Electronic Music. • Updated presentation of classic electronic music in the United Kingdom, Italy, Latin America, and Asia, covering the history of electronic music globally. • An expanded discussion of early experiments with jazz and electronic music, and the roots of electronic rock. • Additional accounts of the vastly under-reported contributions of women composers in the field. • More photos, scores, and illustrations throughout. The companion website features a number of student and instructor resources, such as additional Listening Guides, links to streaming audio examples and online video resources, PowerPoint slides, and interactive quizzes.

The prostheses Peter Szendy explores—those peculiar artifacts known as musical instruments—are not only technical devices but also bodies that live a strange phantom life, as uncanny as a sixth finger or a third lung. The musicological impulse to inventory those bodies that produce sound is called into question here. In Szendy’s hands, its respectable corpus of scholarship is read aslant, so as to tease out what it usually prefers to hide: hybrids and grafts produced by active fictions, monsters, and chimera awaiting the opportunity to be embodied. Beyond these singular bodies that music composes and disposes there lies the figure of a collective “social” body ready to emerge amid an innervated apparatus that operates at a distance, telepathically. Phantom Limbs touches on bodies of all shapes and sizes that haunt the edges of music’s conceptualizations. Music continually reinvents such bodies and reconvenes them in new collective formations. It is their dynamics and crystallizations that Szendy auscultates on a motley corpus that includes Bach, Diderot, Berlioz, Eisenstein, Disney, and Monk.

London, 1966: Paul McCartney met a group of three electronic musicians called Unit Delta Plus. McCartney was there because he had become fascinated by electronic music, and wanted to know how it was made. He was one of the first rock musicians to grasp its potential, but even he was notably late to the party. For years, composers and technicians had been making electronic music for film and TV. Hitchcock had commissioned a theremin soundtrack for Spellbound (1945); The Forbidden Planet (1956) featured an entirely electronic score; Delia Derbyshire had created the Dr Who theme in 1963; and by the early 1960s, all you had to do was watch commercial TV for a few hours to hear the weird and wonderful sounds of the new world. The Sound of Tomorrow tells the compelling story of the sonic adventurers who first introduced electronic music to the masses. A network of composers, producers, technicians and inventors, they took emerging technology and with it made sound and music that was bracingly new.

A Dictionary of the Avant-Gardes recognizes that change is a driving force in all the arts. It covers major trends in music, dance, theater, film, visual art, sculpture, and performance art--as well as architecture, science, and culture.

Refining Sound is a practical roadmap to the complexities of creating sounds on modern synthesizers. As author, veteran synthesizer instructor Brian K. Shepard draws on his years of experience in synthesizer pedagogy in order to peel back the often-mysterious layers of sound synthesis one-by-one. The result is a book which allows readers to familiarize themselves with each individual step in the synthesis process, in turn empowering them in their own creative or experimental work. The book follows the stages of synthesis in chronological progression, starting readers at the raw materials of sound creation and ultimately bringing them to the final "polishing" stage. Each chapter focuses on a particular aspect of the synthesis process, culminating in a last chapter that brings everything together as the reader creates his/her own complex sounds. Throughout the text, the material is supported by copious examples and illustrations as well as by audio files and synthesis demonstrations on a related companion website. Each chapter contains easily digestible guided projects (entitled "Your Turn" sections) that focus on the topics of the corresponding chapter. In addition to this, one complete project will be carried through each chapter of the book cumulatively, allowing the reader to follow - and build - a sound from start to finish. The final chapter includes several sound creation projects in which readers are given types of sound to create as well as some suggestions and tips, with final outcomes is left to readers' own creativity. Perhaps the most difficult aspect of learning to create sounds on a synthesizer is to understand exactly what each synthesizer component does independent of the synthesizer's numerous other components. Not only does this book thoroughly illustrate and explain these individual components, but it also offers numerous practical demonstrations and exercises that allow the reader to experiment with and understand these elements without the distraction of the other controls and modifiers. Refining Sound is essential for all electronic musicians from amateur to professional levels of accomplishment, students, teachers, libraries, and anyone interested in creating sounds on a synthesizer.

Classic Keys is a beautifully photographed and illustrated book focusing on the signature rock keyboard sounds of the 1950s to the early 1980s. It celebrates the Hammond B-3 organ, Rhodes and Wurlitzer electric pianos, the Vox Continental and Farfisa combo organs, the Hohner Clavinet, the Mellotron, the Minimoog and other famous and collectable instruments. From the earliest days of rock music, the role of keyboards has grown dramatically. Advancements in electronics created a crescendo of musical invention. In the thirty short years between 1950 and 1980, the rock keyboard went from being whatever down-on-its-luck piano awaited a band in a bar or concert hall to a portable digital orchestra. It made keyboards a centerpiece of the sound of many top rock bands, and a handful of them became icons of both sound and design. Their sounds live on: Digitally, in the memory chips of modern keyboards, and in their original form thanks to a growing group of musicians and collectors of many ages and nationalities. Classic Keys explores the sound, lore, and technology of these iconic instruments, including their place in the historical development of keyboard instruments, music, and the international keyboard instrument industry. Twelve significant instruments are presented as the chapter foundations, together with information about and comparisons with more than thirty-six others. Included are short profiles of modern musicians, composers, and others who collect, use, and prize these instruments years after they went out of production. Both authors are avid musicians, collect and restore vintage keyboards, and are well-known and respected in the international community of web forums devoted to these instruments.

Tracing the development of the Moog synthesizer from its initial conception to its ascension to stardom in 'Switched-on Bach', this text conveys the consequences of a technology that would provide the soundtrack for a chapter in cultural history.

We will address the historical development of the most relevant electronic instruments and explain each one without detailing their operation since many no longer operate today. In this sense, it is necessary to mention that it is not that the electronic instruments not developed in this volume do not matter, but that the importance of those addressed is much greater. Therefore, we will focus on the analysis of how they were manufactured and, where appropriate, how they evolved to become modern electronic music instruments. Since the design of new musical instruments has been complex, the instruments mentioned throughout this volume will not be explained primarily in technical detail. Still, the most relevant points will be mentioned as an introduction. Something that we must consider all the time when reading this volume is that all the instruments discussed have a common factor: their design has always been intrinsically linked to the technologies available to their inventor, depending on the time in which he lived. While many of them may seem somewhat outdated or childish when compared to those that exist today, we must never forget that most of these instruments ignored practices, aesthetic ideals, and industry standards about the time and place in which they were conceived, such as the ease of manufacture (the telharmonium is an incredible example), the sonic predictability and the economy of scale to be able to mass-manufacture them. For practical reasons, I have divided this volume into three sections: those developed in the 18th century, those produced in the 19th century, and finally, those manufactured in the 20th century, many of which are still in operation today. In this way, we will realize how most of the electronic instruments that are currently used are not more than a century old after they were manufactured for the first time, which is quite surprising. On the other hand, although a highly considerable number of patents for electronic instruments have been registered (especially in the 20th century), I have limited myself to mentioning the most relevant of them to have a notion of how it is that we got to the current point in this ambit. With this in mind, we will inevitably ask ourselves: Why have only very few of the electronic instruments discussed in this volume survived to date? Part of the answer to this question lies in the fact that those instruments that made it have had the capacity to adjust to the rapid and aggressive change of modernity, and because they have been conceived with too much intuition in mind; that is, they work perfectly or rarely fail, they generate familiarity in the consumer at the first contact, and their way of producing them has proven to be profitable for the investors behind the project or the company that manufactures them.