Cage, Cunningham,And Collaborators: the Odyssey of Variations V
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The Compositional Procedures Used in John Cage's Six Short Inventions , First Construction (In Metal) , and Spontaneous Earth
THE COMPOSITIONAL PROCEDURES USED IN JOHN CAGE'S SIX SHORT INVENTIONS , FIRST CONSTRUCTION (IN METAL) , AND SPONTANEOUS EARTH Jesse James Guessford, D.M.A Department of Music University of Illinois at Urbana-Champaign, 2004 Sever Tipei, Advisor This study describes the processes that John Cage used in the composition of Six Short Inventions , First Construction (in Metal) , and Spontaneous Earth . With a lack of interest in John Cage’s early works, this study sheds light on the way in which these three early works are composed. In this study, the development of Cage’s square-root or micro-macrocosmic form is explored and then traced from the forms genesis to later modifications of the form. The centerpiece of the article is a description of the techniques used to create First Construction (in Metal) . Using Cage’s correspondence with Pierre Boulez as a starting point, the organizational tools and methods are uncovered and traced throughout the piece. Six Short Inventions is found to be an embryonic piece that holds traces of many of the techniques that come into existence in First Construction (in Metal) . Spontaneous Earth is used to follow the maturation of these techniques in Cage’s hands. © 2004 by Jesse James Guessford. All rights reserved THE COMPOSITIONAL PROCEDURES USED IN JOHN CAGE'S SIX SHORT INVENTIONS , FIRST CONSTRUCTION (IN METAL) , AND SPONTANEOUS EARTH BY JESSE JAMES GUESSFORD B.S., West Chester University, 1995 M.M., Potsdam College, State University of New York, 1997 DISSERTATION Submitted in partial fulfillment of the requirements for the degree of Doctor of Musical Arts in Music in the Graduate College of the University of Illinois at Urbana-Champaign, 2004 Urbana, Illinois Abstract This study describes the processes that John Cage used in the composition of Six Short Inventions, First Construction (in Metal), and Spontaneous Earth. -
Digital Adaptions of the Scores for Cage Variations I, II and III
Edith Cowan University Research Online ECU Publications 2012 1-1-2012 Digital adaptions of the scores for Cage Variations I, II and III Lindsay Vickery Catherine Hope Edith Cowan University Stuart James Edith Cowan University Follow this and additional works at: https://ro.ecu.edu.au/ecuworks2012 Part of the Music Commons Vickery, L. R., Hope, C. A., & James, S. G. (2012). Digital adaptions of the scores for Cage Variations I, II and III. Proceedings of International Computer Music Conference. (pp. 426-432). Ljubljana. International Computer Music Association. Available here This Conference Proceeding is posted at Research Online. https://ro.ecu.edu.au/ecuworks2012/165 NON-COCHLEAR SOUND _ I[M[2012 LJUBLJANA _9.-14. SEP'l'EMBER Digital adaptions of the scores for Cage Variations I, II and III Lindsay Vickery, Cat Hope, and Stuart James Western Australian Academy of Performing Arts, Edith Cowan University ABSTRACT Over the ten years from 1958 to 1967, Cage revisited to the Variations series as a means of expanding his Western Australian new music ensemble Decibel have investigation not only of nonlinear interaction with the devised a software-based tool for creating realisations score but also of instrumentation, sonic materials, the of the score for John Cage's Variations I and II. In these performance space and the environment The works works Cage had used multiple transparent plastic sheets chart an evolution from the "personal" sound-world of with various forms of graphical notation, that were the performer and the score, to a vision potentially capable of independent positioning in respect to one embracing the totality of sound on a global scale. -
The William Paterson University Department of Music Presents New
The William Paterson University Department of Music presents New Music Series Peter Jarvis, director Featuring the Velez / Jarvis Duo, Judith Bettina & James Goldsworthy, Daniel Lippel and the William Paterson University Percussion Ensemble Monday, October 17, 2016, 7:00 PM Shea Center for the Performing Arts Program Mundus Canis (1997) George Crumb Five Humoresques for Guitar and Percussion 1. “Tammy” 2. “Fritzi” 3. “Heidel” 4. “Emma‐Jean” 5. “Yoda” Phonemena (1975) Milton Babbitt For Voice and Electronics Judith Bettina, voice Phonemena (1969) Milton Babbitt For Voice and Piano Judith Bettina, voice James Goldsworthy, Piano Penance Creek (2016) * Glen Velez For Frame Drums and Drum Set Glen Velez – Frame Drums Peter Jarvis – Drum Set Themes and Improvisations Peter Jarvis For open Ensemble Glen Velez & Peter Jarvis Controlled Improvisation Number 4, Opus 48 (2016) * Peter Jarvis For Frame Drums and Drum Set Glen Velez – Frame Drums Peter Jarvis – Drum Set Aria (1958) John Cage For a Voice of any Range Judith Bettina May Rain (1941) Lou Harrison For Soprano, Piano and Tam‐tam Elsa Gidlow Judith Bettina, James Goldsworthy, Peter Jarvis Ostinato Mezzo Forte, Opus 51 (2016) * Peter Jarvis For Percussion Band Evan Chertok, David Endean, Greg Fredric, Jesse Gerbasi Daniel Lucci, Elise Macloon Sean Dello Monaco – Drum Set * = World Premiere Program Notes Mundus Canis: George Crumb George Crumb’s Mundus Canis came about in 1997 when he wanted to write a solo guitar piece for his friend David Starobin that would be a musical homage to the lineage of Crumb family dogs. He explains, “It occurred to me that the feline species has been disproportionately memorialized in music and I wanted to help redress the balance.” Crumb calls the work “a suite of five canis humoresques” with a character study of each dog implied through the music. -
Introduction to the Modern Calculus of Variations
MA4G6 Lecture Notes Introduction to the Modern Calculus of Variations Filip Rindler Spring Term 2015 Filip Rindler Mathematics Institute University of Warwick Coventry CV4 7AL United Kingdom [email protected] http://www.warwick.ac.uk/filiprindler Copyright ©2015 Filip Rindler. Version 1.1. Preface These lecture notes, written for the MA4G6 Calculus of Variations course at the University of Warwick, intend to give a modern introduction to the Calculus of Variations. I have tried to cover different aspects of the field and to explain how they fit into the “big picture”. This is not an encyclopedic work; many important results are omitted and sometimes I only present a special case of a more general theorem. I have, however, tried to strike a balance between a pure introduction and a text that can be used for later revision of forgotten material. The presentation is based around a few principles: • The presentation is quite “modern” in that I use several techniques which are perhaps not usually found in an introductory text or that have only recently been developed. • For most results, I try to use “reasonable” assumptions, not necessarily minimal ones. • When presented with a choice of how to prove a result, I have usually preferred the (in my opinion) most conceptually clear approach over more “elementary” ones. For example, I use Young measures in many instances, even though this comes at the expense of a higher initial burden of abstract theory. • Wherever possible, I first present an abstract result for general functionals defined on Banach spaces to illustrate the general structure of a certain result. -
Sonification As a Means to Generative Music Ian Baxter
Sonification as a means to generative music By: Ian Baxter A thesis submitted in partial fulfilment of the requirements for the degree of Doctor of Philosophy The University of Sheffield Faculty of Arts & Humanities Department of Music January 2020 Abstract This thesis examines the use of sonification (the transformation of non-musical data into sound) as a means of creating generative music (algorithmic music which is evolving in real time and is of potentially infinite length). It consists of a portfolio of ten works where the possibilities of sonification as a strategy for creating generative works is examined. As well as exploring the viability of sonification as a compositional strategy toward infinite work, each work in the portfolio aims to explore the notion of how artistic coherency between data and resulting sound is achieved – rejecting the notion that sonification for artistic means leads to the arbitrary linking of data and sound. In the accompanying written commentary the definitions of sonification and generative music are considered, as both are somewhat contested terms requiring operationalisation to correctly contextualise my own work. Having arrived at these definitions each work in the portfolio is documented. For each work, the genesis of the work is considered, the technical composition and operation of the piece (a series of tutorial videos showing each work in operation supplements this section) and finally its position in the portfolio as a whole and relation to the research question is evaluated. The body of work is considered as a whole in relation to the notion of artistic coherency. This is separated into two main themes: the relationship between the underlying nature of the data and the compositional scheme and the coherency between the data and the soundworld generated by each piece. -
John Cage's Entanglement with the Ideas Of
JOHN CAGE’S ENTANGLEMENT WITH THE IDEAS OF COOMARASWAMY Edward James Crooks PhD University of York Music July 2011 John Cage’s Entanglement with the Ideas of Coomaraswamy by Edward Crooks Abstract The American composer John Cage was famous for the expansiveness of his thought. In particular, his borrowings from ‘Oriental philosophy’ have directed the critical and popular reception of his works. But what is the reality of such claims? In the twenty years since his death, Cage scholars have started to discover the significant gap between Cage’s presentation of theories he claimed he borrowed from India, China, and Japan, and the presentation of the same theories in the sources he referenced. The present study delves into the circumstances and contexts of Cage’s Asian influences, specifically as related to Cage’s borrowings from the British-Ceylonese art historian and metaphysician Ananda K. Coomaraswamy. In addition, Cage’s friendship with the Jungian mythologist Joseph Campbell is detailed, as are Cage’s borrowings from the theories of Jung. Particular attention is paid to the conservative ideology integral to the theories of all three thinkers. After a new analysis of the life and work of Coomaraswamy, the investigation focuses on the metaphysics of Coomaraswamy’s philosophy of art. The phrase ‘art is the imitation of nature in her manner of operation’ opens the doors to a wide- ranging exploration of the mimesis of intelligible and sensible forms. Comparing Coomaraswamy’s ‘Traditional’ idealism to Cage’s radical epistemological realism demonstrates the extent of the lack of congruity between the two thinkers. In a second chapter on Coomaraswamy, the extent of the differences between Cage and Coomaraswamy are revealed through investigating their differing approaches to rasa , the Renaissance, tradition, ‘art and life’, and museums. -
John Bewley Lejaren A
John Bewley Lejaren A. Hiller: Computer Music Pioneer Lejaren Arthur Hiller, Jr. led a remarkable life. His learning encompas- sed the fields of chemistry, computers, electronics, acoustics, information theory, linguistics, and music. Acknowledged as being the composer of the first significant computer music, he spent much of his musical care- er fighting the musical establishment’s perception of him as an amateur musician who was only capable of writing computer-assisted, mechanized music. His music remains largely unstudied even today, ten years after his death in 1994. Hiller was born in New York City in 1924. His father was a noted illustra- tor and photographer. Hiller received musical training during his teenage years, including piano studies, saxophone, oboe, and clarinet lessons, har- mony, and composition. He was admitted to Princeton University in 1941. He completed his studies in chemistry with the completion of his Ph.D. in 1947 at the age of 23. Hiller also continued his musical training while at Princeton. He studied counterpoint, ear training, and composition with Milton Babbitt 1941-42 and composition, analysis, and fugue with Roger Sessions until Sessions left Princeton for Berkeley in 1945. Following his 1947 graduation Hiller went to work as a chemist for DuPont in Waynesboro, Virginia until 1952. During that period Hiller successfully created a process for dyeing acrylic fibers. Although Hiller decided to leave DuPont to return to an academic position at the University of Illinois, DuPont demonstrated their apprecia- tion for Hiller’s work on acrylics by writing him a bonus check for $12,000, a considerable sum of money in 1952. -
Cage's Credo: the Discovery of New Imaginary Landscapes of Sound By
JOHN CAGE: The Works for Percussion 1 Cage’s Credo: The Discovery of Percussion Group Cincinnati New Imaginary Landscapes of Sound by Paul Cox ENGLISH 1. CREDO IN US (1942) 12:58 “It’s not a physical landscape. It’s a term discovery of new sounds. Cage found an ideal for percussion quartet (including piano and radio or phonograph. FIRST VERSION reserved for the new technologies. It’s a land- incubator for his interest in percussion and With Dimitri Shostakovich: Symphony No.5, New York Philharmonic/Leonard Bernstein scape in the future. It’s as though you used electronics at the Cornish School in Seattle, Published by DSCH-Publishers. Columbia ML 5445 (LP) technology to take you off the ground and go where he worked as composer and accompa- 2. IMAGINARY LANDSCAPE No. 5 (1952) 3:09 like Alice through the looking glass.” nist for the dance program. With access to a for any 42 recordings, score to be realized as a magnetic tape — John Cage large collection of percussion instruments and FIRST VERSION, using period jazz records. Realization by Michael Barnhart a radio studio, Cage created his first “Imagi- 3. IMAGINARY LANDSCAPE No. 4, “March No. 2” (1942) 4:26 John Cage came of age during the pioneer- nary Landscape,” a title he reserved for works for 12 radios. FIRST VERSION ing era of electronic technology in the 1920s. using electronic technology. CCM Percussion Ensemble, James Culley, conductor With new inventions improving the fidelity of The Cornish radio studio served as de facto 4. IMAGINARY LANDSCAPE No. 1 (1939) 6:52 phonographs and radios, a vast array of new music laboratory where Cage created and for 2 variable-speed turntables, frequency recordings, muted piano and cymbal, voices, sounds and music entered the American broadcast the Imaginary Landscape No. -
Cage's Early Tape Music
The Studio as a Venue for Production and Performance: Cage’s Early Tape Music Volker Straebel I When John Cage produced his Imaginary Landscape No. 5, probably the first piece of American tape music, in January 1952, he had been researching means of electronic sound production for at least twelve years. The main layer of his text The Future of Music: Credo, falsely dated 1937 in Cage’s collected lectures and writings Silence, but probably written between 1938 and 1940,1 places sound production by means of electrical instruments at the end of a development which increases the use of noise to make music, which would extend the variety of sounds available for musical purposes. The influence of Luigi Rus- solo’s L’arte dei rumori of 1913 is obvious, a manifesto that appeared in print in English translation for the first time in Nicolas Slonimsky’s Music since 1900 in 19372 and that Cage must have been aware of in 1938, when he stated in the program notes of a Percus- sion Concert presented by his ensemble in Seattle on December 9, that »percussion music really is the art of noise and that’s what it should be called.«3 In 1939, Cage created Imaginary Landscape No. 1 utilizing test-tone records played at variable speeds at the radio studio of the Cornish School in Seattle. The score, engraved and published by C. F. Peters in the early 1960s, specifies the Victor Frequency Records being used and indicates the resulting frequencies when played at 33 1/3 or 78 rpm. -
Camille Gunter the Music of John Cage: Exploring Liminal Space Through Algorithmic Composition 9 December 2019
Camille Gunter The Music of John Cage: Exploring Liminal Space through Algorithmic Composition 9 December 2019 Algorithms, used in a variety of ways ranging from algebra to musical composition, are useful in reducing something down to its formal and structural elements. Algorithms allow composers to hold aesthetics and organization in tension. While it’s true that forms and structures are essential in music across cultures and genres, the term algorithmic composition seems to imply a diversion from traditional compositional technique. Traditionally, across musical eras, structures are used to express certain aesthetic decisions and narratives. Algorithms in mid-20th-century music, such as in the music of John Cage, are employed in order to reject a sequential narrative and instead focus on structural elements to expose a different side of music. Cage sought to explore the results when the ‘story’ is removed and only the structure remains, in order to understand compositional processes and challenge the expectations of audiences. Cage harnessed the power of the algorithm to relinquish the control that any composer works hard to tightly grasp. John Cage explored the algorithmic techniques scattered across the Medieval, Baroque, and Classical eras and applied them to his own 20th-century compositions to create structures and leave the sonic landscape up to chance. Using grids; ones he created, ones found in divination books and ones computer-generated, Cage was able to explore musical territory that other composers dared not traverse. Examining Cage’s music, we can begin to understand algorithms through a contemporary lens in relationship to structures of music and their evolution over time. -
Imaginary Landscape -- Electronics in Live Performance, 1989 and 1939
Imaginary Landscape -- Electronics in Live Performance, 1989 and 1939 by Nicolas Collins lecture presented at Audio Arts Symposium, Linz, September 1988 Consider John Cage's Imaginary Landscape #1. Written in 1939 for two record players, test records of electronic tones, muted piano, and cymbal, it is one of the first pieces of live electronic music, and on this rests its fame. But less obvious aspects of the composition are worth noting as well. Instead of using any of the expensive electronic instruments of the time, such as the Ondes Martinot or Theremin, Cage chose the record player -- an affordable appliance, never before thought of as an "instrument," which could theoretically be played by anyone. With a prophetic eye toward alternative performance venues, the score specifically suggested that the piece be performed for "recording or broadcast." Finally, the sounds were indeed placed in a landscape, organized in a radical new way that mimicked the way sounds exist in life, rather than forcing them to "sound like some old instrument" (as Cage complained in his 1937 manifesto, The Future of Music: Credo). This intertwining of technology with its musical and social implications distinguished this piece from any other music of the time and also from any electronic music produced by other composers for over 25 years. Imaginary Landscape was truly New Music. If 1939 can be declared the birthdate of Live Electronic Music, it was a birth that was in many ways premature. As a genre it did not come of age until the late 1960's and early 1970's, with the music of Alvin Lucier, David Behrman, Robert Ashley, Gordon Mumma, Pauline Oliveros, Steve Reich, Terry Riley, Phil Glass, Maryanne Amacher, LaMonte Young, David Tudor, and their contemporaries and students. -
Schuermer.Pdf —
Auditive Perspektiven 4/2012 - 1 Anna Schürmer „…es wäre ein Akt der Nächstenliebe, sie zu zerschmeißen…“ John Cage und technische Medien: Random zwischen Differenz und Wiederholung You see I don’t have a sound equipment here... zipien – abhängt, unabhängig von den gewählten I didn’t enjoy listening to records. kompositorischen Mitteln, seien sie nun technischer I was always interested in sound. oder instrumentaler Natur. Dem soll durch eine Ge- genüberstellung John Cages sprachlicher und kompo- John Cage ist ein Paradox, auch in Bezug auf seinen sitorischer Äußerungen zur technischen Reproduzier- Umgang mit technischen Medien. Einerseits positio- barkeit von Musik und dem ästhetischen Einsatz von nierte er sich wie kaum ein anderer Künstler zur Me- Medientechniken auf der einen Seite sowie seinem in- dientechnik; er reflektierte die Thematik nicht nur in strumentalen Schaffen auf der anderen Seite nachge- Vorträgen und Schriften1, sondern war treibende Kraft gangen werden. Beispielhaft wird hier das Concert for für die Entwicklung der amerikanischen Tape Music Piano and Orchestra (1958) herausgehoben, in dem und schuf mit Werken für Plattenspieler, Tonband und Cage auf keinerlei technische Medien zurückgreift und Radio zahlreiche Medien-Kompositionen2. Anderer- das dennoch Aufschluss über die hier aufgeworfenen seits können oder müssen gerade diese als kritische Fragen verspricht. Das Klavierkonzert kann als Haupt- Auseinandersetzung mit der Kunstmusik im Zeitalter werk der 1950er Jahre gelten, seit deren Beginn sich ihrer technischen Reproduzierbarkeit betrachtet wer- Cage bedingungslos dem Zufall als kompositorischem den, die Cage immer wieder mit Unbehagen kommen- Prinzip zugewendet hat. Die Aleatorik, das instrumen- tierte. Einerseits setzte Cages kompositorisches tal eingesetzten Prinzip des Random, kann als anar- Schaffen auf einfache Wiederholbarkeit, andererseits chisches Manifest und als künstlerischer Akt gegen betonte er das Ereignis der Aufführung und die Aktion technische Reproduzierung und für die Betonung des des klingenden Augenblicks.