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A room's acoustic character seems at once the most technical and the most mystical of concerns. Since the early Enlightenment, European architects have systematically endeavored to represent and control the propagation of sound in large interior spaces. Their work has been informed by the science of sound but has also been entangled with debates on style, visualization techniques, performance practices, and the expansion of the listening public. Echo's Chambers explores how architectural experimentation from the seventeenth through the mid-twentieth centuries laid the groundwork for concepts of acoustic space that are widely embraced in contemporary culture. It focuses on the role of echo and reverberation in the architecture of Pierre Patte, Claude-Nicolas Ledoux, Carl Ferdinand Langhans, and Le Corbusier, as well as the influential acoustic ideas of Athanasius Kircher, Richard Wagner, and Marshall McLuhan. Drawing on interdisciplinary theories of media and auditory culture, Joseph L. Clarke reveals how architecture has impacted the ways we continue to listen to, talk about, and creatively manipulate sound in the physical environment.
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In this history of aural culture in early-twentieth-century America, Emily Thompson charts dramatic transformations in what people heard and how they listened. What they heard was a new kind of sound that was the product of modern technology. They listened as newly critical consumers of aural commodities. By examining the technologies that produced this sound, as well as the culture that enthusiastically consumed it, Thompson recovers a lost dimension of the Machine Age and deepens our understanding of the experience of change that characterized the era. Reverberation equations, sound meters, microphones, and acoustical tiles were deployed in places as varied as Boston's Symphony Hall, New York's office skyscrapers, and the soundstages of Hollywood. The control provided by these technologies, however, was applied in ways that denied the particularity of place, and the diverse spaces of modern America began to sound alike as a universal new sound predominated. Although this sound--clear, direct, efficient, and nonreverberant--had little to say about the physical spaces in which it was produced, it speaks volumes about the culture that created it. By listening to it, Thompson constructs a compelling new account of the experience of modernity in America.
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Bioacoustics. --- Biological acoustics --- Sound
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Low End Theory probes the much-mythologized field of bass and low-frequency sound. It begins in music but quickly moves far beyond, following vibratory phenomena across time, disciplines and disparate cultural spheres (including hauntings, laboratories, organ workshops, burial mounds, sound art, studios, dancefloors, infrasonic anomalies, and a global mystery called The Hum). Low End Theory asks what it is about bass that has fascinated us for so long and made it such a busy site of bio-technological experimentation, driving developments in science, technology, the arts, and religious culture. The guiding question is not so much what we make of bass, but what it makes of us: how does it undulate and unsettle; how does it incite; how does it draw bodily thought into new equations with itself and its surroundings? Low End Theory is the first book to survey this sonorous terrain and devise a conceptual language proper to it. With its focus on sound's structuring agency and the multi-sensory aspects of sonic experience, it stands to make a transformative contribution to the study of music and sound, while pushing scholarship on affect, materiality, and the senses into fertile new territory. Through energetic and creative prose, Low End Theory works to put thought in touch with the vibratory encounter as no scholarly book has done before. For more information, visit: http://www.lowendtheorybook.com.
Music --- Musical acoustics --- Physics --- Sound --- Monochord --- Acoustics and physics.
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This book concerns the mathematical analysis - modeling physical concepts, existence, uniqueness, stability, asymptotics, computational schemes, etc. - involved in predicting complex mechanical/acoustical behavior/response and identifying or optimizing mechanical/acoustical systems giving rise to phenomena that are either observed or aimed at. The forward problems consist in solving generally coupled, nonlinear systems of integral or partial (integer or fractional) differential equations with nonconstant coefficients. The identification/optimization of the latter, of the driving terms and/or o
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