"History of Music: The Evolution of Sound and Expression" is a comprehensive exploration of how music has evolved over centuries, reflecting the cultural, social, and technological changes that have shaped human civilization. From ancient rituals and traditional folk tunes to the rise of classical compositions and the birth of popular music, this book delves into the diverse forms of musical expression and their impact on societies worldwide. Through a rich tapestry of historical anecdotes, musical analysis, and cultural insights, this book celebrates the universal language of music and its profound ability to convey emotions, tell stories, and unite people across time and space. Join us on a captivating journey through the ages, as we unravel the fascinating story of how music has shaped the human experience and continues to evolve in the modern era.
Evolutionary Phonology is a theory of sound patterns which synthesizes results in historical linguistics, phonetics and phonological theory. In this book, Juliette Blevins explores the nature of sounds patterns and sound change in human language over the past 7000–8000 years, the time depth for which the comparative method is reasonably reliable. This book presents an approach to the problem of how genetically unrelated languages, from families as far apart as Native American, Australian Aboriginal, Austronesian and Indo-European, can often show similar sound patterns, and also tackles the converse problem of why there are notable exceptions to most of the patterns that are often regarded as universal tendencies or constraints. It argues that in both cases, a formal model of sound change that integrates phonetic variation and patterns of misperception can account for attested sound systems without reference to markedness or naturalness within the synchronic grammar.
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.
What if history had a sound track? What would it tell us about ourselves? Based on a thirty-part BBC Radio series and podcast, Noise explores the human dramas that have revolved around sound at various points in the last 100,000 years, allowing us to think in fresh ways about the meaning of our collective past. Though we might see ourselves inhabiting a visual world, our lives have always been hugely influenced by our need to hear and be heard. To tell the story of sound—music and speech, but also echoes, chanting, drumbeats, bells, thunder, gunfire, the noise of crowds, the rumbles of the human body, laughter, silence, conversations, mechanical sounds, noisy neighbors, musical recordings, and radio—is to explain how we learned to overcome our fears about the natural world, perhaps even to control it; how we learned to communicate with, understand, and live alongside our fellow beings; how we've fought with one another for dominance; how we've sought to find privacy in an increasingly noisy world; and how we've struggled with our emotions and our sanity. Oratory in ancient Rome was important not just for the words spoken but for the sounds made—the tone, the cadence, the pitch of the voice—how that voice might have been transformed by the environment in which it was heard and how the audience might have responded to it. For the Native American tribes first encountering the European colonists, to lose one's voice was to lose oneself. In order to dominate the Native Americans, European colonists went to great effort to silence them, to replace their "demonic" "roars" with the more familiar "bugles, speaking trumpets, and gongs." Breaking up the history of sound into prehistoric noise, the age of oratory, the sounds of religion, the sounds of power and revolt, the rise of machines, and what he calls our "amplified age," Hendy teases out continuities and breaches in our long relationship with sound in order to bring new meaning to the human story.
From acid house to prog rock, there is no form of modern popular music that hasn't been propelled forwards by the synthesizer. As a result they have long been objects of fascination, desire and reverence for keyboard players, music producers and fans of electronic music alike. Whether looking at an imposing modular system or posing with a DX7 on Top of the Pops, the synth has also always had an undeniable physical presence. This book celebrates their impact on music and culture by providing a comprehensive and meticulously researched directory of every major synthesizer, drum machine and sampler made between 1963 and 1995. Each featured instrument is illustrated by hand, and shown alongside its vital statistics and some fascinatingly quirky facts. In tracing the evolution of the analogue synthesizer from its invention in the early 1960's to the digital revolution of the 1980s right up until the point that analogue circuits could be modelled using software in the mid-1990's, the book tells the story of analogue to digital - and back again. Tracing that history and showing off their visual beauty with art-book quality illustrations, this a must for any self-respecting synth fan.
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.
A distinguishing feature of video games is their interactivity, and sound plays an important role in this: a player's actions can trigger dialogue, sound effects, ambient sound, and music. This book introduces readers to the various aspects of game audio, from its development in early games to theoretical discussions of immersion and realism.
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.
