A music researcher's quest to discover other musical species. Even those of us who can't play a musical instrument or lack a sense of rhythm can perceive and enjoy music. Research shows that all humans possess the trait of musicality. We are a musical species—but are we the only musical species? Is our musical predisposition unique, like our linguistic ability? In The Evolving Animal Orchestra, Henkjan Honing embarks upon a quest to discover if humans share the trait of musicality with other animals. Charles Darwin believed that musicality was a capacity of all animals, human and nonhuman, with a clear biological basis. Taking this as his starting point, Honing—a music cognition researcher—visits a series of biological research centers to observe the ways that animals respond to music. He has studied scientists' accounts of Snowball, the cockatoo who could dance to a musical beat, and of Ronan, the sea lion, who was trained to move her head to a beat. Now Honing will be able to make his own observations. Honing tests a rhesus monkey for beat perception via an EEG; performs a listening experiment with zebra finches; considers why birds sing, and if they intend their songs to be musical; explains why many animals have perfect pitch; and watches marine mammals respond to sounds. He reports on the unforeseen twists and turns, doubts, and oversights that are a part of any scientific research—and which point to as many questions as answers. But, as he shows us, science is closing in on the biological and evolutionary source of our musicality.

Reveals how the human sense of hearing manipulates how people think, consume, sleep and feel, explaining the hearing science behind such phenomena as why people fall asleep while traveling, the reason fingernails on a chalkboard causes cringing and why songs get stuck in one's head.

In 1915, Thomas Edison proclaimed that he could record a live performance and reproduce it perfectly, shocking audiences who found themselves unable to tell whether what they were hearing was an Edison Diamond Disc or a flesh-and-blood musician. Today, the equation is reversed. Whereas Edison proposed that a real performance could be rebuilt with absolute perfection, Pro Tools and digital samplers now allow musicians and engineers to create the illusion of performances that never were. In between lies a century of sonic exploration into the balance between the real and the represented. Tracing the contours of this history, Greg Milner takes us through the major breakthroughs and glorious failures in the art and science of recording. An American soldier monitoring Nazi radio transmissions stumbles onto the open yet revolutionary secret of magnetic tape. Japanese and Dutch researchers build a first-generation digital audio format and watch as their "compact disc" is marketed by the music industry as the second coming of Edison yet derided as heretical by analog loyalists. The music world becomes addicted to volume in the nineties and fights a self-defeating "loudness war" to get its fix. From Les Paul to Phil Spector to King Tubby, from vinyl to pirated CDs to iPods, Milner's Perfecting Sound Forever pulls apart musical history to answer a crucial question: Should a recording document reality as faithfully as possible, or should it improve upon or somehow transcend the music it records? The answers he uncovers will change the very way we think about music.

The concept of 'live' has changed as a consequence of mediated culture. Interaction may occur in real time, but not necessarily in shared physical spaces with others. The Digital Evolution of Live Music considers notions of live music in time and space as influenced by digital technology. This book presents the argument that live music is a special case in digital experience due to its liminal status between mind and body, words and feelings, sight and sound, virtual and real. Digital live music occupies a multimodal role in a cultural contextual landscape shaped by technological innovation. The book consists of three sections. The first section looks at fan perspectives, digital technology and the jouissance of live music and music festival fans. The second section discusses music in popular culture, exploring YouTube and live music video culture and gaming soundtracks, followed by the concluding section which investigates the future of live music and digital culture. - Gives perspectives on the function of live music in digital culture and the role of digital in live music - Focuses on the interaction between live and digital music - Takes the discussion of live music beyond economics and marketing, to the cultural and philosophical implications of digital culture for the art - Includes interviews with producers and players in the digital world of music production - Furthers debate by looking at access to digital music via social media, websites, and applications that recognise the impact of digital culture on the live music experience

Finalist for the 2023 Pulitzer Prize in General Nonfiction and the 2023 PEN/E.O. Wilson Literary Science Writing Award Winner of the Acoustical Society of America's 2023 Science Communication Award “[A] glorious guide to the miracle of life’s sound.” —The New York Times Book Review A lyrical exploration of the diverse sounds of our planet, the creative processes that produced these marvels, and the perils that sonic diversity now faces We live on a planet alive with song, music, and speech. David Haskell explores how these wonders came to be. In rain forests shimmering with insect sound and swamps pulsing with frog calls we learn about evolution’s creative powers. From birds in the Rocky Mountains and on the streets of Paris, we discover how animals learn their songs and adapt to new environments. Below the waves, we hear our kinship to beings as different as snapping shrimp, toadfish, and whales. In the startlingly divergent sonic vibes of the animals of different continents, we experience the legacies of plate tectonics, the deep history of animal groups and their movements around the world, and the quirks of aesthetic evolution. Starting with the origins of animal song and traversing the whole arc of Earth history, Haskell illuminates and celebrates the emergence of the varied sounds of our world. In mammoth ivory flutes from Paleolithic caves, violins in modern concert halls, and electronic music in earbuds, we learn that human music and language belong within this story of ecology and evolution. Yet we are also destroyers, now silencing or smothering many of the sounds of the living Earth. Haskell takes us to threatened forests, noise-filled oceans, and loud city streets, and shows that sonic crises are not mere losses of sensory ornament. Sound is a generative force, and so the erasure of sonic diversity makes the world less creative, just, and beautiful. The appreciation of the beauty and brokenness of sound is therefore an important guide in today’s convulsions and crises of change and inequity. Sounds Wild and Broken is an invitation to listen, wonder, belong, and act.

Sound Systems: Design and Optimization provides an accessible and unique perspective on the behavior of sound systems in the practical world. The third edition reflects current trends in the audio field thereby providing readers with the newest methodologies and techniques. In this greatly expanded new edition, you’ll find clearer explanations, a more streamlined organization, increased coverage of current technologies and comprehensive case studies of the author’s award-winning work in the field. As the only book devoted exclusively to modern tools and techniques in this emerging field, Sound Systems: Design and Optimization provides the specialized guidance needed to perfect your design skills. This book helps you: Improve your design and optimization decisions by understanding how audiences perceive reinforced sound Use modern analyzers and prediction programs to select speaker placement, equalization, delay and level settings based on how loudspeakers interact in the space Define speaker array configurations and design strategies that maximize the potential for spatial uniformity Gain a comprehensive understanding of the tools and techniques required to generate a design that will create a successful transmission/reception model