Sine Waves and Simple Acoustic Phenomena in Experimental Music - with Special Reference to the Work of La Monte Young and Alvin Lucier
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Voice Phenomenon Electronic
Praised by Morton Feldman, courted by John Cage, bombarded with sound waves by Alvin Lucier: the unique voice of singer and composer Joan La Barbara has brought her adventures on American contemporary music’s wildest frontiers, while her own compositions and shamanistic ‘sound paintings’ place the soprano voice at the outer limits of human experience. By Julian Cowley. Photography by Mark Mahaney Electronic Joan La Barbara has been widely recognised as a so particularly identifiable with me, although they still peerless interpreter of music by major contemporary want to utilise my expertise. That’s OK. I’m willing to composers including Morton Feldman, John Cage, share my vocabulary, but I’m also willing to approach a Earle Brown, Alvin Lucier, Robert Ashley and her new idea and try to bring my knowledge and curiosity husband, Morton Subotnick. And she has developed to that situation, to help the composer realise herself into a genuinely distinctive composer, what she or he wants to do. In return, I’ve learnt translating rigorous explorations in the outer reaches compositional tools by apprenticing, essentially, with of the human voice into dramatic and evocative each of the composers I’ve worked with.” music. In conversation she is strikingly self-assured, Curiosity has played a consistently important role communicating something of the commitment and in La Barbara’s musical life. She was formally trained intensity of vision that have enabled her not only as a classical singer with conventional operatic roles to give definitive voice to the music of others, in view, but at the end of the 1960s her imagination but equally to establish a strong compositional was captured by unorthodox sounds emanating from identity owing no obvious debt to anyone. -
Horizons '83, Meet the Composer, and New Romanticism's New Marketplace
Horizons ’83, Meet the Composer, and New Romanticism’s New Marketplace Downloaded from https://academic.oup.com/mq/advance-article-abstract/doi/10.1093/musqtl/gdz015/5653100 by guest on 06 December 2019 William Robin The New York Philharmonic was not entirely confident about the pros- pects for a new festival dedicated entirely to contemporary music, to be mounted over two weeks in June 1983. Although more than $80,000 had been budgeted toward advertising and promotion—nearly a tenth of the festival’s total anticipated expenses––advance ticket sales had been slow, perhaps demonstrating that despite recent aesthetic shifts in new music toward styles like minimalism and neo-Romanticism, audiences still felt that contemporary composition was inaccessible, academic, or full of alienating and atonal sounds. On the first night of the festival, dubbed Horizons ’83, the Philharmonic had opened only one of its box office windows at Avery Fisher Hall. But, to everyone’s surprise, a large audi- ence soon appeared, and the queue for same-day tickets quickly stretched out into Lincoln Center’s plaza. As the Philharmonic’s composer-in-residence Jacob Druckman, who curated the Horizons festi- val, later described, “There were 1,500 people lined up around the square and we were frantically telephoning to get somebody to open up other windows.”1 Horizons ’83 was a hit. It would go on to fill Avery Fisher Hall to an average of 70 percent capacity over the festival’s six concerts: A major box office coup for contemporary music, and one com- parable to the orchestra’s ticket sales for standard fare like Beethoven or Mozart. -
Acoustic Resonance Lab 1 Introduction 2 Sound Generation
Summer Music Technology 2013 Acoustic Resonance Lab 1 Introduction This activity introduces several concepts that are fundamental to understanding how sound is produced in musical instruments. We'll be measuring audio produced from acoustic tubes. General Notes • Work in groups of 2 or 3 • Divide up the tasks amongst your group members so everyone contributes Equipment Check Make sure you have the following: • (2) iPads • (1) Microphone • (1) Tape Measure • (1) Adjustable PVC tube with speaker • (1) Amplifier • (1) RCA to 1/8" audio cable • (1) iRig Pre-Amp • (2) Pieces of speaker wire • (1) XLR cable • (1) Pair of Alligator clips 2 Sound Generation Setup We will use one iPad to generate tones that will play through our tube. However, the iPad can't provide enough power to drive the speaker, so we need to connect it to an amplifier. From here on, we'll refer to this iPad as the Synthesizer. 1. Plug the Amplifier’s power cord into an outlet. DO NOT TURN IT ON. 2. Plug one end of the 1/8" audio cable to the iPad's headphone output jack. Plug the other end into the Amplifier’s Input jack. 3. Attach the alligator clips to the speaker wires on the Amplifier’s Output jack. Attach the other end of the clips to the speaker terminals (the speaker should be mounted to the tube). MET-lab 1 Drexel University Summer Music Technology 2013 3 Sound Analysis Setup In order to measure the audio, we need to record audio from a microphone. The other iPad will be used to record sound. -
Nuclear Acoustic Resonance Investigations of the Longitudinal and Transverse Electron-Lattice Interaction in Transition Metals and Alloys V
NUCLEAR ACOUSTIC RESONANCE INVESTIGATIONS OF THE LONGITUDINAL AND TRANSVERSE ELECTRON-LATTICE INTERACTION IN TRANSITION METALS AND ALLOYS V. Müller, G. Schanz, E.-J. Unterhorst, D. Maurer To cite this version: V. Müller, G. Schanz, E.-J. Unterhorst, D. Maurer. NUCLEAR ACOUSTIC RESONANCE INVES- TIGATIONS OF THE LONGITUDINAL AND TRANSVERSE ELECTRON-LATTICE INTERAC- TION IN TRANSITION METALS AND ALLOYS. Journal de Physique Colloques, 1981, 42 (C6), pp.C6-389-C6-391. 10.1051/jphyscol:19816113. jpa-00221175 HAL Id: jpa-00221175 https://hal.archives-ouvertes.fr/jpa-00221175 Submitted on 1 Jan 1981 HAL is a multi-disciplinary open access L’archive ouverte pluridisciplinaire HAL, est archive for the deposit and dissemination of sci- destinée au dépôt et à la diffusion de documents entific research documents, whether they are pub- scientifiques de niveau recherche, publiés ou non, lished or not. The documents may come from émanant des établissements d’enseignement et de teaching and research institutions in France or recherche français ou étrangers, des laboratoires abroad, or from public or private research centers. publics ou privés. JOURNAL DE PHYSIQUE CoZZoque C6, suppZe'ment au no 22, Tome 42, de'cembre 1981 page C6-389 NUCLEAR ACOUSTIC RESONANCE INVESTIGATIONS OF THE LONGITUDINAL AND TRANSVERSE ELECTRON-LATTICE INTERACTION IN TRANSITION METALS AND ALLOYS V. Miiller, G. Schanz, E.-J. Unterhorst and D. Maurer &eie Universit8G Berlin, Fachbereich Physik, Kiinigin-Luise-Str.28-30, 0-1000 Berlin 33, Gemany Abstract.- In metals the conduction electrons contribute significantly to the acoustic-wave-induced electric-field-gradient-tensor (DEFG) at the nuclear positions. Since nuclear electric quadrupole coupling to the DEFG is sensi- tive to acoustic shear modes only, nuclear acoustic resonance (NAR) is a par- ticularly useful tool in studying the coup1 ing of electrons to shear modes without being affected by volume dilatations. -
Shepard, 1982
Psychological Review VOLUME 89 NUMBER 4 JULY 1 9 8 2 Geometrical Approximations to the Structure of Musical Pitch Roger N. Shepard Stanford University ' Rectilinear scales of pitch can account for the similarity of tones close together in frequency but not for the heightened relations at special intervals, such as the octave or perfect fifth, that arise when the tones are interpreted musically. In- creasingly adequate a c c o u n t s of musical pitch are provided by increasingly gen- eralized, geometrically regular helical structures: a simple helix, a double helix, and a double helix wound around a torus in four dimensions or around a higher order helical cylinder in five dimensions. A two-dimensional "melodic map" o f these double-helical structures provides for optimally compact representations of musical scales and melodies. A two-dimensional "harmonic map," obtained by an affine transformation of the melodic map, provides for optimally compact representations of chords and harmonic relations; moreover, it is isomorphic to the toroidal structure that Krumhansl and Kessler (1982) show to represent the • psychological relations among musical keys. A piece of music, just as any other acous- the musical experience. Because the ear is tic stimulus, can be physically described in responsive to frequencies up to 20 kHz or terms of two time-varying pressure waves, more, at a sampling rate of two pressure one incident at each ear. This level of anal- values per cycle per ear, the physical spec- ysis has, however, little correspondence to ification of a half-hour symphony requires well in excess of a hundred million numbers. -
Research on the History of Modern Acoustics François Ribac, Viktoria Tkaczyk
Research on the history of modern acoustics François Ribac, Viktoria Tkaczyk To cite this version: François Ribac, Viktoria Tkaczyk. Research on the history of modern acoustics. Revue d’Anthropologie des Connaissances, Société d’Anthropologie des Connaissances, 2019, Musical knowl- edge, science studies, and resonances, 13 (3), pp.707-720. 10.3917/rac.044.0707. hal-02423917 HAL Id: hal-02423917 https://hal.archives-ouvertes.fr/hal-02423917 Submitted on 26 Dec 2019 HAL is a multi-disciplinary open access L’archive ouverte pluridisciplinaire HAL, est archive for the deposit and dissemination of sci- destinée au dépôt et à la diffusion de documents entific research documents, whether they are pub- scientifiques de niveau recherche, publiés ou non, lished or not. The documents may come from émanant des établissements d’enseignement et de teaching and research institutions in France or recherche français ou étrangers, des laboratoires abroad, or from public or private research centers. publics ou privés. RESEARCH ON THE HISTORY OF MODERN ACOUSTICS Interview with Viktoria Tkaczyk, director of the Epistemes of Modern Acoustics research group at the Max Planck Institute for the History of Science, Berlin François Ribac S.A.C. | « Revue d'anthropologie des connaissances » 2019/3 Vol. 13, No 3 | pages 707 - 720 This document is the English version of: -------------------------------------------------------------------------------------------------------------------- François Ribac, « Recherche en histoire de l’acoustique moderne », Revue d'anthropologie -
Linear and Nonlinear Waves
Scholarpedia, 4(7):4308 www.scholarpedia.org Linear and nonlinear waves Graham W. Griffithsy and William E. Schiesser z City University,UK; Lehigh University, USA. Received April 20, 2009; accepted July 9, 2009 Historical Preamble The study of waves can be traced back to antiquity where philosophers, such as Pythagoras (c.560-480 BC), studied the relation of pitch and length of string in musical instruments. However, it was not until the work of Giovani Benedetti (1530-90), Isaac Beeckman (1588-1637) and Galileo (1564-1642) that the relationship between pitch and frequency was discovered. This started the science of acoustics, a term coined by Joseph Sauveur (1653-1716) who showed that strings can vibrate simultaneously at a fundamental frequency and at integral multiples that he called harmonics. Isaac Newton (1642-1727) was the first to calculate the speed of sound in his Principia. However, he assumed isothermal conditions so his value was too low compared with measured values. This discrepancy was resolved by Laplace (1749-1827) when he included adiabatic heating and cooling effects. The first analytical solution for a vibrating string was given by Brook Taylor (1685-1731). After this, advances were made by Daniel Bernoulli (1700-82), Leonard Euler (1707-83) and Jean d'Alembert (1717-83) who found the first solution to the linear wave equation, see section (3.2). Whilst others had shown that a wave can be represented as a sum of simple harmonic oscillations, it was Joseph Fourier (1768-1830) who conjectured that arbitrary functions can be represented by the superposition of an infinite sum of sines and cosines - now known as the Fourier series. -
Real-Time 3D Graphic Augmentation of Therapeutic Music Sessions for People on the Autism Spectrum
Real-time 3D Graphic Augmentation of Therapeutic Music Sessions for People on the Autism Spectrum John Joseph McGowan Submitted in partial fulfilment of the requirements of Edinburgh Napier University for the degree of Doctor of Philosophy October 2018 Declaration I, John McGowan, declare that the work contained within this thesis has not been submitted for any other degree or professional qualification. Furthermore, the thesis is the result of the student’s own independent work. Published material associated with the thesis is detailed within the section on Associate Publications. Signed: Date: 12th October 2019 J J McGowan Abstract i Abstract This thesis looks at the requirements analysis, design, development and evaluation of an application, CymaSense, as a means of improving the communicative behaviours of autistic participants through therapeutic music sessions, via the addition of a visual modality. Autism spectrum condition (ASC) is a lifelong neurodevelopmental disorder that can affect people in a number of ways, commonly through difficulties in communication. Interactive audio-visual feedback can be an effective way to enhance music therapy for people on the autism spectrum. A multi-sensory approach encourages musical engagement within clients, increasing levels of communication and social interaction beyond the sessions. Cymatics describes a resultant visualised geometry of vibration through a variety of mediums, typically through salt on a brass plate or via water. The research reported in this thesis focuses on how an interactive audio-visual application, based on Cymatics, might improve communication for people on the autism spectrum. A requirements analysis was conducted through interviews with four therapeutic music practitioners, aimed at identifying working practices with autistic clients. -
From Hydrophonics to Interactive Sound Fountains
From Hydrophonics to Interactive Sound Fountains Johannes Birringer From “Series One” – Open Studio Exhibition, Derby University April – May 2008. Although modest and seemingly unspectacular, Caroline Locke’s phrase “seeing sound” – a phrase she used to describe her interests in creating sculptural sound-performance works when I first met her in 2004 – has stuck with me. It is an odd paradox, but one that has gained resonance in recent years as we have moved along with the scientific and technological advances in a culture obsessed with data visualizations and location mapping. Today’s ultrasonic medical scanning of our arterial blood flow allows us to peer inside ourselves, so to speak. We depend on x-ray vision to diagnose a fracture of our bones, and neurologists look into our brains to pinpoint areas responsible for thoughts, feelings, and actions. Sound and vision are two closely related sensory registers, yet we do not commonly think of sight being audible, and sound being visible. We do not see with our ears, we use them to listen to the wind as we go forth in the world, as the anthropologist Tim Ingold once suggested, noting that wind and breath are intimately related in the continuous movement of inhalation and exhalation that is fundamental to life and being.1 1 Cf. Tim Ingold, “Against Soundscape,” in Angus Carlyle (ed.), Autumn. Leaves: Sound and the Environment in Artistic Practice (Paris: Double Entendre, 2007), pp. 10-13. 2 Even though my immediate contact with Caroline Locke’s artistic creativity and collaborative ventures was limited to a brief two-year period (2004-05), I propose to reflect here on her major performance installation Hydrophonics (2005) and her on-going preoccupation with water and sound, attempting to sketch a particular collaborative and interactive trajectory in the various manifestations of her artistic project. -
Alvin Lucier's
CHAMBERS This page intentionally left blank CHAMBERS Scores by ALVIN LUCIER Interviews with the composer by DOUGLAS SIMON Wesleyan University Press Middletown, Connecticut Scores copyright © 1980 by Alvin Lucier Interviews copyright © 1980 by Alvin Lucier and Douglas Simon Several of these scores and interviews have appeared in similar or different form in Arts in Society; Big Deal; The Painted Bride Quar- terly; Parachute; Pieces 3; The Something Else Yearbook; Source Magazine; and Individuals: Post-Movement Art in America, edited by Alan Sondheim (New York: E.P. Dutton, 1977). Typography by Jill Kroesen The authors gratefully acknowledge the support of a Wesleyan University Project Grant. Library of Congress Cataloging in Publication Data Lucier, Alvin. [Works. Selections] Chambers. Concrete music. Bibliography: p. Includes index. 1. Concrete music. 2. Chance compositions. 3. Lucier, Alvin. 4. Composers—United States- Interviews. I. Simon, Douglas, 1947- II. Title. M1470.L72S5 789.9'8 79-24870 ISBN 0-8195-5042-6 Distributed by Columbia University Press 136 South Broadway, Irvington, N.Y. Printed in the United States of America First edition For Ellen Parry and Wendy Stokes This page intentionally left blank CONTENTS Preface ix 1. Chambers 1 2. Vespers 15 3. "I Am Sitting in a Room" 29 4. (Hartford) Memory Space 41 5. Quasimodo the Great Lover 53 6. Music for Solo Performer 67 7. The Duke of York 79 8. The Queen of the South and Tyndall Orchestrations 93 9. Gentle Fire 109 10. Still and Moving Lines of Silence in Families of Hyperbolas 127 11. Outlines and Bird and Person Dyning 145 12. -
Selected Filmography of Digital Culture and New Media Art
Dejan Grba SELECTED FILMOGRAPHY OF DIGITAL CULTURE AND NEW MEDIA ART This filmography comprises feature films, documentaries, TV shows, series and reports about digital culture and new media art. The selected feature films reflect the informatization of society, economy and politics in various ways, primarily on the conceptual and narrative plan. Feature films that directly thematize the digital paradigm can be found in the Film Lists section. Each entry is referenced with basic filmographic data: director’s name, title and production year, and production details are available online at IMDB, FilmWeb, FindAnyFilm, Metacritic etc. The coloured titles are links. Feature films Fritz Lang, Metropolis, 1926. Fritz Lang, M, 1931. William Cameron Menzies, Things to Come, 1936. Fritz Lang, The Thousand Eyes of Dr. Mabuse, 1960. Sidney Lumet, Fail-Safe, 1964. James B. Harris, The Bedford Incident, 1965. Jean-Luc Godard, Alphaville, 1965. Joseph Sargent, Colossus: The Forbin Project, 1970. Henri Verneuil, Le serpent, 1973. Alan J. Pakula, The Parallax View, 1974. Francis Ford Coppola, The Conversation, 1974. Sidney Pollack, The Three Days of Condor, 1975. George P. Cosmatos, The Cassandra Crossing, 1976. Sidney Lumet, Network, 1976. Robert Aldrich, Twilight's Last Gleaming, 1977. Michael Crichton, Coma, 1978. Brian De Palma, Blow Out, 1981. Steven Lisberger, Tron, 1982. Godfrey Reggio, Koyaanisqatsi, 1983. John Badham, WarGames, 1983. Roger Donaldson, No Way Out, 1987. F. Gary Gray, The Negotiator, 1988. John McTiernan, Die Hard, 1988. Phil Alden Robinson, Sneakers, 1992. Andrew Davis, The Fugitive, 1993. David Fincher, The Game, 1997. David Cronenberg, eXistenZ, 1999. Frank Oz, The Score, 2001. Tony Scott, Spy Game, 2001. -
Academiccatalog 2017.Pdf
New England Conservatory Founded 1867 290 Huntington Avenue Boston, Massachusetts 02115 necmusic.edu (617) 585-1100 Office of Admissions (617) 585-1101 Office of the President (617) 585-1200 Office of the Provost (617) 585-1305 Office of Student Services (617) 585-1310 Office of Financial Aid (617) 585-1110 Business Office (617) 585-1220 Fax (617) 262-0500 New England Conservatory is accredited by the New England Association of Schools and Colleges. New England Conservatory does not discriminate on the basis of race, color, religion, sex, age, national or ethnic origin, sexual orientation, physical or mental disability, genetic make-up, or veteran status in the administration of its educational policies, admission policies, employment policies, scholarship and loan programs or other Conservatory-sponsored activities. For more information, see the Policy Sections found in the NEC Student Handbook and Employee Handbook. Edited by Suzanne Hegland, June 2016. #e information herein is subject to change and amendment without notice. Table of Contents 2-3 College Administrative Personnel 4-9 College Faculty 10-11 Academic Calendar 13-57 Academic Regulations and Information 59-61 Health Services and Residence Hall Information 63-69 Financial Information 71-85 Undergraduate Programs of Study Bachelor of Music Undergraduate Diploma Undergraduate Minors (Bachelor of Music) 87 Music-in-Education Concentration 89-105 Graduate Programs of Study Master of Music Vocal Pedagogy Concentration Graduate Diploma Professional String Quartet Training Program Professional