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How is it that humans are able to organize seemingly random sounds into the captivating sonic structures we call music? In this volume, Lawrence M. Zbikowski argues that humans' unique ability to correlate sounds with dynamic processes provides the basis for the construction of meaningful musical utterances - that is, a foundation for musical grammar. Building on a framework for grammar developed by cognitive linguists over the past three decades and the pathbreaking research set out in his earlier book, Conceptualizing Music (OUP 2002), Zbikowski explains how the ability to draw analogies between widely differing domains allowing humans to connect sequences of musical sounds with emotion processes, physical gestures, and the steps of dance. He shows how these connections underpin an evocative movement from a cantata by J.S. Bach, guide our understanding of gestural choreographies by Fred Astaire and Charlie Chaplin, and frame connections between movement and music in French courtly dance and the Viennese waltz. Through thorough surveys of research in cognitive science and careful analyses of works by composers ranging from Bach, Brahms, and Schubert to Jerome Kern, Zbikowski explores the unique resources for communication offered by music and examines how these differ from those of language. Foundations of Musical Grammar is sure to be an instant - and enticingly controversial - classic within the evolving literature addressing the many complex intersections of music and language. -- from dust jacket.
In the first comprehensive study of the relationship between music and language from the standpoint of cognitive neuroscience, Aniruddh D. Patel challenges the widespread belief that music and language are processed independently. Since Plato's time, the relationship between music and language has attracted interest and debate from a wide range of thinkers. Recently, scientific research on this topic has been growing rapidly, as scholars from diverse disciplines, including linguistics, cognitive science, music cognition, and neuroscience are drawn to the music-language interface as one way to explore the extent to which different mental abilities are processed by separate brain mechanisms. Accordingly, the relevant data and theories have been spread across a range of disciplines. This volume provides the first synthesis, arguing that music and language share deep and critical connections, and that comparative research provides a powerful way to study the cognitive and neural mechanisms underlying these uniquely human abilities. Winner of the 2008 ASCAP Deems Taylor Award.
This book argues that Carnatic music as it is practiced today can be traced to the musical practices of early/mid eighteenth century. Earlier varieties or 'incarnations' of Indian music elaborately described in many musical treatises are only of historical relevance today as the music described is quite different from current practices. It is argued that earlier varieties may not have survived because they failed to meet the three crucial requirements for a language-like organism to survive i.e., a robust community of practitioners/listeners which the author calls the Carnatic Music Fraternity, a sizeable body of musical texts and a felt communicative need. In fact, the central thesis of the book is that Carnatic music, like language, survived and evolved from early/mid eighteenth century when these three requirements were met for the first time in the history of Indian music. The volume includes a foreword by Paul Kiparsky.
A search for a grammar of music with the aid of generative linguistics. This work, which has become a classic in music theory since its original publication in 1983, models music understanding from the perspective of cognitive science.The point of departure is a search for the grammar of music with the aid of generative linguistics.The theory, which is illustrated with numerous examples from Western classical music, relates the aural surface of a piece to the musical structure unconsciously inferred by the experienced listener. From the viewpoint of traditional music theory, it offers many innovations in notation as well as in the substance of rhythmic and reductional theory.
Aimed at those who have some knowledge of music but not formal training in composition, this concise introduction to composing starts right in with a brief composition exercise, then proceeds step by step through a series of increasingly complex and challenging problems, gradually expanding the student's musical grammar. "This is a wonderful book for anyone who is developing improvising skills or who would like a fun way to explore music."—Jim Stockford, Co-Evolution Quarterly
The scientific consensus is that our ability to understand human speech has evolved over hundreds of thousands of years. After all, there are whole portions of the brain devoted to human speech. We learn to understand speech before we can even walk, and can seamlessly absorb enormous amounts of information simply by hearing it. Surely we evolved this capability over thousands of generations. Or did we? Portions of the human brain are also devoted to reading. Children learn to read at a very young age and can seamlessly absorb information even more quickly through reading than through hearing. We know that we didn't evolve to read because reading is only a few thousand years old. In Harnessed, cognitive scientist Mark Changizi demonstrates that human speech has been very specifically “designed" to harness the sounds of nature, sounds we've evolved over millions of years to readily understand. Long before humans evolved, mammals have learned to interpret the sounds of nature to understand both threats and opportunities. Our speech—regardless of language—is very clearly based on the sounds of nature. Even more fascinating, Changizi shows that music itself is based on natural sounds. Music—seemingly one of the most human of inventions—is literally built on sounds and patterns of sound that have existed since the beginning of time. From Library Journal: "Many scientists believe that the human brain's capacity for language is innate, that the brain is actually "hard-wired" for this higher-level functionality. But theoretical neurobiologist Changizi (director of human cognition, 2AI Labs; The Vision Revolution) brilliantly challenges this view, claiming that language (and music) are neither innate nor instinctual to the brain but evolved culturally to take advantage of what the most ancient aspect of our brain does best: process the sounds of nature ... it will certainly intrigue evolutionary biologists, linguists, and cultural anthropologists and is strongly recommended for libraries that have Changizi's previous book." From Forbes: “In his latest book, Harnessed, neuroscientist Mark Changizi manages to accomplish the extraordinary: he says something compellingly new about evolution.… Instead of tackling evolution from the usual position and become mired in the usual arguments, he focuses on one aspect of the larger story so central to who we are, it may very well overshadow all others except the origin of life itself: communication."