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Iannis Xenakis

 
Music Encyclopedia: Iannis Xenakis

(b Braïla, 29 May 1922). French composer of Greek parentage and Romanian birth. In 1932 his family returned to Greece, and he was educated on Spetsai and at the Athens Polytechnic, where he studied engineering. In 1947 he arrived in Paris, where he became a member of Le Corbusier's architectural team, producing his first musical work, Metastasis, only in 1954, based on the design for the surfaces of the Philips pavilion to be built for the Brussels Exposition of 1958. This, with its divided strings and mass effects, had an enormous influence; but in ensuing works he moved on to find mathematical and computer means of handling large numbers of events, drawing on (for example) Gaussian distribution (ST/10, Atrées), Markovian chains (Analogiques) and game theory (Duel, Stratégie). Other interests were in electronic music (Bohor, 1962), ancient Greek drama (used in several settings) and instrumental virtuosity (Herma for piano, 1964; Nomos alpha for cello, 1966). His later output, chiefly of orchestral and instrumental pieces, is large, many works from the mid-1970s onwards striking back from modernist complexity to ostinatos and modes suggestive of folk music.

works:
Ballets

  • Kraanerg (1968)
  • Antikhthon (1971)
Orchestral music
  • Metastasis (1954)
  • Pithoprakta (1956) Achoripsis (1957)
  • Duel (1959): Syrmos (1959)
  • Stratégie (1962)
  • ST/48 (1962)
  • Akrata (1965)
  • Terretektorh (1966)
  • Polytope
  • (1967)
  • Nomos gamma (1968)
  • Synaphaï (1969)
  • Eridanos (1973)
  • Erikhthon (1974)
  • Empreintes (1975)
  • Jonchaies (1977)
  • Pour les baleines (1982)
  • Shar (1983)
  • Lichens (1984)
  • Thallein (1985)
  • Keqrops (1986)
  • Jalons (1988)
  • Tracées (1988)
Choral music
  • Polla ta dhina (1962)
  • Hiketides (1964)
  • Nuits (1968)
  • Cendrées (1974)
  • Anémoessa (1979)
  • Nekuia (1981)
  • Pour la paix (1982)
  • Chant des soleils (1983)
  • Idem A (1985)
Chamber music
  • Analogique A, 9 str (1958)
  • ST/4, str qt (1962)
  • ST/10, ens (1962)
  • Morsima-Amorsima, ens (1962), Amorsima-Morsima, ens (1962)
  • Atrées, ens (1962)
  • Eonta, 5 brass, pf (1964)
  • Anaktoria, ens (1969)
  • Aroura, 12 str (1971)
  • Phlegra, ens (1975)
  • Epeï, ens (1976)
  • Windungen, 12 vc (1976)
  • Ikhoor, vn, va, vc (1978)
  • Palimpsest, ens (1979)
  • Khall Perr, brass, perc (1983)
  • Tetras, str qt (1983)
  • Akea str qt pf (1987) c 25 works for 1-3 inst(s) (1964-84)
  • , incl. Herma pf (1964)
Vocal music
  • N′shima (1975)
  • Anakthos (1977)
  • Ais (1980)


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Biography: Iannis Xenakis
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Iannis Xenakis (born 1922), Greek-French composer and architect, was one of the first to react against the post-Weberian serialists and pointillists who dominated music in the 1950s. Initially, his most notable achievement was the invention of "stochastic" music based on the mathematical laws of probability. This is a method of composition which uses mathematical formulae to calculate the length and intensity of each sound. As his career has progressed, he became one of the world's best-known composers of electronic music, or music generated by computers.

Iannis Xenakis was was born into a cataclysmic time in pre-World War II history, and like many others who were forced to put their ambitions aside until the world was at peace again, he had to wait until his middle twenties before he was able to follow the desire of his heart and become a composer.

He came from a prosperous Greek family based in Rumania, and was a happy little boy until he was five years old. Then, the death of his mother changed everything. Yearning for her tenderness while in the care of impersonal governesses and nurses, he kept her memory alive by taking a keen interest in the music she had enjoyed.

At the age of ten he was sent to a select Greek boarding school where he did not fit in with the other boys. With few school friends he was intensely unhappy socially, but a natural talent for mathematics and classical Greek literature nevertheless made him blossom in the classroom and gave him the courage to sign up for piano lessons and the school choir. He graduated from high school in 1938, and eager to shake off his loneliness, he refused his father's offer to send him to England to study naval engineering. Instead, he chose to stay in Athens to attend the Polytechnic School and earn an engineering degree.

World War II: Underground Activities

For his first two years as an undergraduate everything went as expected, and Xenakis was able to immerse himself in the physics, law, mathematics, and ancient literature which were basic curriculum requirements.

But World War II was blasting its way across Europe, and in April 1941, Hitler's soldiers marched into Greece. The Polytechnic was closed. However, its students had no intention of submitting quietly to the famine and the collapse of the economy that accompanied the war. Instead, they quickly organized an underground resistance movement.

Ignoring his father's protests, Xenakis initially joined the Greek Resistance but soon switched to the Communist party. Fervent and idealistic, he even volunteered for a student battalion when savage protests erupted against the British occupiers in 1944. His enthusiasm did not serve him well. During one skirmish he was caught by a shell from a British tank and was left to cope with the loss of an eye and a disfiguring facial scar.

Meanwhile, his worried father had been searching all over Athens for him. As soon as the two were reunited, the wounded warrior was whisked into the hospital, where he remained until March, 1945.

By the time he was well enough to leave the hospital, the war was practically over. Without enthusiasm, because he had privately decided that his heart lay with music, Xenakis returned to the Polytechnic in April to finish his engineering degree. He graduated in 1946, but was afraid to stay in his shattered homeland and wait for whatever punishment the new anti-Communist government might devise for him.

Starting Afresh in Paris

With his father's help he stowed away on a cargo ship bound for Italy, where the French Communists met him and smuggled him into Paris. By chance, he had his engineering diploma in his pocket, and was therefore qualified to take a job with an architect named Le Corbusier, who happened to be recruiting both engineers and architects to design a large government housing project. The spare, modern architecture favored by Le Corbusier suited Xenakis. Despite the fact that he had entered Paris illegally, he managed to enjoy his work, revelling especially in the rational mathematical calculations which ruled the principles of building design.

At night he wasted no time in frivolous pursuits, but absorbed himself in the music that had been on hold for so long. He studied and wrote, but he was far too intelligent and rational to assume that he could learn everything without the benefit of a teacher. He realized that his knowledge of musical history was sketchy and his understanding of counterpoint and harmony still sadly lacking.

A Difficult Student

He was determined to educate himself, but his own stubborn nature was to prove a real stumbling block. His first attempt to find a teacher took him to the Ecole Normale de Musique, where the distinguished Arthur Honegger was on the faculty. Unfortunately, this association was doomed. At one class Honegger listened to part of a composition Xenakis had written and dared to point out some structural rule-breaking. Xenakis refused to accept the well-meant criticism with grace. Furiously gathering up his music, he accused Honegger of being far too traditional to appreciate such original work, then left the building.

He next tried to find a teacher in 1949 when he started classes with Darius Milhaud, a composer so inventive that he often wrote music set simultaneously in several keys. But Milhaud, too, fell short of Xenakis' expectations. Meticulous in his own creativity, he advised changes to Xenakis' works which Xenakis thought unimportant. These lessons, too, soon came to an end.

Torn between his need to learn and his yearning to be taken seriously as a composer, Xenakis seethed to his boss in frustration. Le Corbusier listened sympathetically, thought about this problem, and eventually suggested a teacher who was to change Xenakis' life.

Creativity Comes to the Fore

Olivier Messiaen was a renowned organist and a composer far ahead of his time. When confronted by Xenakis' questions about whether he should heed all his critics, disregard his previous work, and start learning harmony and counterpoint from the beginning, Messiaen gave him a thoughtful answer. According to Nouritza Matossian, who interviewed Messiaen for the biography Xenakis, Messiaen said, "No, you are almost thirty. You have the good fortune of being Greek, an architect, and having studied special mathematics. Take advantage of these things. Do them in your music."

Xenakis took his advice and began to compose music based on the mathematical laws of probability. Rather than start with a melody, he began with one sound and then developed it according to the probability that certain sounds, rhythms, and pitches would recur in the piece a set number of times. To describe this completely new type of music he invented the word "stochastic."

His first publicly presented piece, Metastis, was first heard in 1953. As musicologist David Ewen suggests in his book Composers of Tomorrow's Music, "Here, and in Pithoprakata, a composition that followed a year or so later, Xenakis explored the possibilities of simulating electronically produced sounds and sonorities with conventional instruments." When completed, Ppithoprakata featured tapping of string instruments by the players' hands, staccato claps from the woodblock, and Xenakis' characteristic arpeggios played by strings.

From here, it was a natural progression for him to electronic music. At first working with doctored tapes and then, in time, on a computer, he meticulously calculated the interrelationship of elements such as each sound itself, its length and intensity, the instrument on which it was to be played, and its frequency. All these separate components were then combined into suitable musical groups by the computer and retranslated into musical notes by Xenakis himself.

He did not stop there. When synthesizers became available, he made use of them too. Here, because the synthesizer has a battery of switches which can each produce and fine-tune a sound immediately, he was able to work faster on his compositions and produce a huge variety of works.

Recognition

Between the 1960s and the end of the 1980s Xenakis wrote more than 100 musical compositions. He also authored several books, including his Formalized Music which appeared in English in 1970. In addition, he held faculty appointments at the University of Indiana, the University of London, and the University of Paris. He also found time to present selected compositions in extremely unusual ways.

In 1971 for instance, in order to show the harmony between his music, history, and a natural topography, he chose to present a light and sound show featuring his composition Persepolis at the real Persepolis, a ruin which had been destroyed in the third century by Alexander to avenge the burning of the Acropolis by Xerxes in 480 B.C. Persepolis is in present-day Iran, and transporting all the necessary technological equipment from Europe was extremely difficult. Nevertheless, Xenakis achieved the desired effect.

Fame

By the 1990s Xenakis was a musical legend whose music was no longer appreciated only by other avant garde composers. Audiences, always leery of ultra-modern music, were now starting to understand that he had invented an entirely new method of composition.

In 1994 he was the featured composer at the Oslo festival of contemporary music's Ultima 94. A large selection of his music was played, including Okho, a 1989 composition for three middle-eastern drums, as well as a 70-minute long concert version of his Oresteia. Its performers included a chamber chorus, a children's chorus, an ensemble of winds and percussion, and a cello.

Each of these is now a cherished part of the contemporary music repertoire, as well as a milestone in music's entry into the electronic age.

Further Reading

Bois, Mario, Iannis Xenakis, the Man and His Music: A Conversation with the Composer and a Description of His Works (1967). Xenakis is discussed in Peter S. Hansen, An Introduction to Twentieth Century Music (3d ed. 1971).

Additional Sources

Ewen, David, Composers of Tomorrows's Music, Dodd, Mead &Company, 1971.

Matossian, Nouritza, Xenakis, Kahn & Averill, 1986.

American Record Guide, March/April 1995; January/February 1997.


(born May 29, 1922, Braila, Rom. — died Feb. 4, 2001, Paris, France) Romanian-born Greek-French composer. His Greek family returned to Greece in 1932, and he studied engineering. A wartime resistance fighter, he was forced to flee Greece in 1947 when he was denounced as a communist. He worked closely with the architect Le Corbusier (1947 – 59), while studying composition with Olivier Messiaen and others. Interested in expressing mathematical structures in music, he used the term "stochastic music" to refer to situations in which the number of elements precludes prediction of what each element will do but the overall behaviour of the group is determinate (see stochastic process). He often based his compositions on standard concepts of mathematics and physics, such as the Fibonacci numbers (Metastasis, 1954), the Boltzmann constant (Pithoprakta, 1956), and Markov chains (Analogique A and Analogique B, 1958 – 59).

For more information on Iannis Xenakis, visit Britannica.com.

 
Columbia Encyclopedia: Yannis Xenakis
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Xenakis, Yannis or Iannis (yän'ĭs zānä'kĭs), 1922-2001, Greek-French composer, b. Brăila, Romania. Xenakis studied civil engineering in Athens (1940-47) and worked as an architect in Paris (1947-59) with Le Corbusier. He was also a composition pupil of Arthur Honegger, Darius Milhaud, and Olivier Messiaen. Xenakis used both Greek folk elements and twelve-tone technique in his music. He also developed a "probabilistic" technique of composition, based on the mathematical probability of the recurrence of notes and rhythms. His works include Métastasis (1953-54) for orchestra, Pithoprakta (1957) for strings, and Achorripsis (1958) for 21 instruments. In 1958, Xenakis collaborated with Edgar Varèse on the Poème Electronique. His later compositions often include electronic sound, as in Bohor (1962) and Polytope de Cluny (1972), or virtuoso percussion, as in Psappha (1975), Rebonds (1988), and his last piece, O-Mega (1997). He was a founder of the Centre d'Etudes Mathématiques et Automatiques in Paris and of the Center for Mathematical and Automated Music at Indiana Univ. Xenakis wrote several treatises explaining his various theories.
Artist: Iannis Xenakis
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Iannis Xenakis
  • Period: Contemporary (1950- )
  • Country: Greece/France
  • Born: May 29, 1922 in Braïla, Romania
  • Died: February 04, 2001 in Paris, France
  • Genres: Ballet, Chamber Music, Choral Music, Concerto, Electronic/Computer Music, Film Music, Keyboard Music, Orchestral Music, Vocal Music

Biography

Iannis Xenakis was a composer of Greek heritage and Romanian birth, known for his revolutionary ideas regarding the systematic, mathematical organization of music and its structural parallels with architecture, and for his pioneering work in electronic music. Xenakis' initial exposure to music came in the first ten years of his life, when he was surrounded by the folk music of the Romanian countryside and the liturgy of the Byzantine Orthodox Church. In 1942, when his family moved to Greece, he was exposed to the music of Beethoven and Brahms for the first time.

His life grew turbulent when he entered Athens Polytechnic with the intent of becoming an engineer. When Greece was invaded during the World War II, Xenakis became passionately involved with resistance and liberation groups, first protesting against Nazi rule and, later, opposing the British, who, in 1944, drove out the Germans but sided with right-wing politicians against the Greek National Liberation Front. Xenakis was seriously wounded, his face disfigured, when he was hit by a British shell; he also lost vision in one eye. As a member of the resistance, he was eventually arrested and sentenced to death. He escaped in 1947, hoping to reach the United States. He ended up settling in Paris, however, and taking French nationality. In Paris, Xenakis made numerous important contacts, befriending Messiaen, Honegger, Mihaud, and the celebrated architect Le Corbusier, who were all impressed by his innovative and brilliantly intellectual approach to music. Working with Le Corbusier, Xenakis was highly involved with civil planning and architecture, designing some landmark sites throughout the world. For him, architecture was musical, and music was architectural. He frequently used one to inspire the other, basing pieces on computer programs and complex mathematical equations. This approach resulted in highly theoretical, systematic music characterized by intricately calculated rhythms, dense and often explosive textural fields, extended timbral effects, and "clouds" of sound that contain countless "particles." Some of his most important works include the orchestral Metastasis (1954), Pithoprakta (1956), Nomos Alpha for solo cello, and groundbreaking electronic works such as Bohor I, and Concert P-H. Xenakis was the founder of the EMAMu in Paris and its American counterpart, the Center for Musical Mathematics and Automation in Bloomington, Indiana. ~ Graham Olson, All Music Guide

Discography

Iannis Xenakis: Persepolis + Remixes, Edition 1

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Xenakis: La Légende d'Eer

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Xenakis: Electronic Works 2

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Wikipedia: Iannis Xenakis
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Iannis Xenakis in his studio in Paris, c. 1970 (photograph by Michèle Daniel)

Iannis Xenakis (Ιωάννης Ιάννης Ξενάκης) (May 29, 1922 – February 4, 2001) was a Greek composer, music theorist and architect. He is commonly recognized as one of the most important post-war avant-garde composers.[1][2] Xenakis pioneered the use of mathematical models such as applications of set theory, varied use of stochastic processes, game theory, etc., in music, and was also an important influence on the development of electronic music.

Among his most important works are Metastaseis (1953–4) for orchestra, which introduced independent parts for every musician of the orchestra; percussion works such as Psappha (1975) and Pléïades (1979); compositions that introduced spatialization by dispersing musicians among the audience, such as Terretektorh (1966); electronic works created using Xenakis' UPIC system; and the massive multimedia performances Xenakis called polytopes. Among the numerous theoretical writings he authored, the book Formalized Music: Thought and Mathematics in Composition (1971) is regarded as one of his most important. As an architect, Xenakis is primarily known for his early work under Le Corbusier: the Sainte Marie de La Tourette, on which the two architects collaborated, and the Philips Pavilion at Expo 58, which Xenakis designed alone.

Contents

Life

1922–1947: Early years in Greece

The National Technical University of Athens, where Xenakis studied architecture and engineering

Xenakis was born in Braila, Romania. He was the eldest son of Clearchos Xenakis, a Romanian businessman, and Fotini Pavlou. His parents were both interested in music, and it was Fotini who introduced the young Xenakis to music. Her early death, when the boy was only five years old, was a traumatic experience that, in his own words, "deeply scarred" the future composer.[3] He was subsequently educated by a series of governesses, and then, in 1932, sent to a boarding school on the Aegean island of Spetsai, Greece. He sang at the school's boy's choir, where the repertoire included works by Palestrina, and Mozart's Requiem, which Xenakis memorized in its entirety.[4] It was also at the Spetsai school that Xenakis studied notation and solfège, and became enamored with Greek traditional and sacred music.[4]

In 1938, after graduating from the Spetsai school, Xenakis moved to Athens to prepare for entrance exams at the National Technical University of Athens. Although he intended to study architecture and engineering, he also took lessons in harmony and counterpoint with Aristotelis Koundouroff.[5] In 1940 he successfully passed the exams, but his studies were cut short by the Greco-Italian War, which began with the Italian invasion on 28 October 1940. Although Greece eventually won the war, it was not long before the German army joined the Italians in the Battle of Greece, in April 1941. This led to the Axis occupation of Greece during World War II, which lasted until late 1944, when the Soviet Army began its drive across Romania, forcing the Axis forces to slowly withdraw. Xenakis joined the communist National Liberation Front early during the war, participating in mass protests and demonstrations, and later becoming part of armed resistance—this last step was a painful experience Xenakis refused to discuss until much later in life.[6][7] After the Axis forces left, the British forces stepped in to help restore the monarchy; they were opposed by the Democratic Army of Greece, and the country plunged into a civil war. In December 1944, during the period of Churchill's martial law,[8] Xenakis (who was by then a member of the communist students' company of the left-wing Lord Byron faction of ELAS) became involved in street fighting against British tanks. He was gravely wounded when a shell hit his face; that Xenakis survived the injury has been described as a miracle.[9] He survived seriously scarred, and lost his left eye.[10]

The Technical University worked intermittently during these years. Despite this, and Xenakis' other activities, he was able to graduate in 1946, with a degree in civil engineering. Xenakis was then conscripted into the national armed forces. Around 1947 the new government began hunting down former resistance members and sending them to concentration camps. Xenakis, fearing for his life, deserted and went into hiding. With the help of his father and others he fled Greece through Italy. On 11 November 1947 he arrived to Paris. In a late interview, Xenakis admitted to feeling tremendous guilt at leaving his country, and that guilt was one of the sources of his later devotion to music:

For years I was tormented by guilt at having left the country for which I'd fought. I left my friends—some were in prison, others were dead, some managed to escape. I felt I was in debt to them and that I had to repay that debt. And I felt I had a mission. I had to do something important to regain the right to live. It wasn't just a question of music—it was something much more significant.[11]

In the meantime, in Greece he was sentenced (in absentia) to death by the right-wing administration. The sentence was commuted to ten years' imprisonment in 1951, and only lifted some 23 years later, after the fall of The Regime of the Colonels in 1974.[12]

1947–1959: Architecture and music

Although he was an illegal immigrant in Paris, Xenakis was able to get a job at Le Corbusier's architectural studio. He worked as engineering assistant at first, but quickly rose to performing more important tasks, and eventually to collaborating with Le Corbusier on major projects. These included a kindergarten on the roof of an apartment block in Nantes (Rezé), parts of government buildings in Chandigarh, India, the "undulatory glass surfaces" of Sainte Marie de La Tourette, a Dominican priory in a valley near Lyon, and the Philips Pavilion at Expo 58—the latter project was completed by Xenakis alone, from a basic sketch by Le Corbusier.[13] The experience Xenakis gained played a major role in his music: important early compositions such as Metastaseis B (1953–4, also known as Metastasis) were based directly on architectural concepts.

At the same time, while working for Le Corbusier, Xenakis was studying harmony and counterpoint, and composing. He worked long and hard, frequently far into the night,[14] and sought guidance from a number of teachers, most of whom, however, ultimately rejected him. Such was the case with Nadia Boulanger, who was the first person Xenakis approached about lessons. He then tried studying with Arthur Honegger, whose reaction to Xenakis' music was unenthusiastic. As Xenakis recounted in a 1987 interview, Honegger dismissed a piece which included parallel fifths and octaves as "not music". Xenakis, who was by that time well acquainted with music of Debussy, Béla Bartók, and Stravinsky, all of whom used such devices and much more experimental ones, was furious and left to study with Darius Milhaud, but these lessons also proved fruitless.[15] Then, Annette Dieudonné, a close friend of Boulanger's, recommended that Xenakis tried studying with Olivier Messiaen.[16] Xenakis approached Messiaen for advice: should he once again start studying harmony and counterpoint? Unlike Honegger and Milhaud, Messiaen immediately recognized Xenakis' talent:

I understood straight away that he was not someone like the others. [...] He is of superior intelligence. [...] I did something horrible which I should do with no other student, for I think one should study harmony and counterpoint. But this was a man so much out of the ordinary that I said... No, you are almost thirty, you have the good fortune of being Greek, of being an architect and having studied special mathematics. Take advantage of these things. Do them in your music.[17]

Xenakis attended Messiaen's classes regularly in 1951–53. Messiaen and his students studied music from a wide range of genres and styles, with particular attention to rhythm.[18] Xenakis' compositions from 1949–52 were mostly inspired by Greek folk melodies, as well as Bartók, Ravel, and others; after studying with Messiaen, he discovered serialism and gained a deep understanding of contemporary music (Messiaen's other pupils at the time included, for example, Karlheinz Stockhausen and Jean Barraqué). Messiaen's modal serialism was an influence on Xenakis' first large-scale work, Anastenaria (1953–54): a triptych for choir and orchestra based on an ancient Dionysian ritual. The third part of the triptych, Metastaseis, is generally regarded as the composer's first mature piece.

In 1953 Xenakis married Françoise Xenakis (née Gargouïl), journalist and writer, whom he met in 1950.[19] Their daughter Mâkhi, later a painter and sculptor, was born in 1956. In late 1954, with Messiaen's support, Xenakis was accepted into the Groupe de Recherches de Musique Concrète,[20] an organization established by Pierre Schaeffer and Pierre Henry, dedicated to studying and producing electronic music of the musique concrète variety. Shortly after that Xenakis met conductor Hermann Scherchen, who was immediately impressed by the score of Metastaseis and offered his support. Although Scherchen did not premiere that particular work, he did give performances of later pieces by Xenakis, and the relationship between the conductor and the composer was of vital importance for the latter.[21]

By late 1950s Xenakis slowly started gaining recognition in artistic circles. In 1957 he received his first composition award, from the European Cultural Foundation, and in 1958 the first official commission came through, from Service de Recherche of Radio-France.[22] In the same year he produced a musique concrète piece, Concret PH, for the Philips Pavilion, and in 1960 Xenakis was well-known enough to receive a commission from UNESCO, for a soundtrack for a documentary film by Enrico Fulchignoni.[23]

Later life

After leaving Le Corbusier's studio in 1959, Xenakis was able to support himself by composition and teaching, and quickly became recognized as one of the most important European composers of his time. He became especially known for his musical research in the field of computer-assisted composition, for which he founded the Equipe de Mathématique et Automatique Musicales (EMAMu) in 1966 (known as CEMAMu: Centre d’Etudes de Mathématique et Automatique Musicales, since 1972). He taught at Indiana University in 1967–72 (and established a studio similar to EMAMu there), and worked as visiting professor at the Sorbonne in 1973–89.[13] Xenakis frequently gave lectures (for instance, from 1975 to 1978 he was Professor of Music at Gresham College, London, giving free public lectures[24]), taught composition (notable students include Pascal Dusapin), and his works were performed at numerous festivals worldwide, including, for instance, the Shiraz Arts Festival in Iran.

In addition to composing and teaching, Xenakis also authored a number of articles and essays on music. Of these, Musiques formelles (1963) became particularly known. A collection of texts on applications of stochastic processes, game theory and computer programming in music, it was later revised, expanded and translated into English as Formalized Music: Thought and Mathematics in Composition (1971) during Xenakis' tenure at Indiana University.

Xenakis completed his last work, O-mega for percussion soloist and chamber orchestra, in 1997. His health had been getting progressively worse over the years, and by 1997 he was no longer able to work. After several years of serious illness, in early February 2001 the composer lapsed into a coma. He died in his Paris home several days later, on February 4, aged 78. He was survived by his wife and his daughter.[25]

Works

See also: List of compositions by Iannis Xenakis

Xenakis pioneered electronic, computer music, the application of mathematics, statistics, and physics to music and music theory, and the integration of sound and architecture. He used techniques related to probability theory, stochastic processes, statistics, statistical mechanics, group theory, game theory, set theory, and other branches of mathematics and physics in his compositions. He integrated music with architecture, designing music for pre-existing spaces, and designing spaces to be integrated with specific music compositions and performances. He integrated both with political commentary. He viewed compositions as reification and formal structures of abstract ideas, not as ends, to be later incorporated into families of compositions, "a form of composition which is not the object in itself, but an idea in itself, that is to say, the beginnings of a family of compositions."[citation needed] Specific examples of mathematics, statistics, and physics applied to music composition are the use of the statistical mechanics of gases in Pithoprakta, statistical distribution of points on a plane in Diamorphoses, minimal constraints in Achorripsis, the normal distribution in ST/10 and Atrées, Markov chains in Analogiques, game theory in Duel and Stratégie, group theory in Nomos Alpha (for Siegfried Palm), set theory in Herma and Eonta, and Brownian motion in N'Shima. At the Shirah Arts Festival in Persepolis, he designed Polytope as a composition specific to the historic site.[26] The following year he was commissioned by Mohammad Reza Pahlavi (the Shah of Iran), to compose Nuits, which Xenakis dedicated to political prisoners in protest at the Shah’s atrocities.[26]

By 1979, he had devised a computer system called UPIC, which could translate graphical images into musical results, wrote Andrew Hugill in 2008.[27] "Xenakis had originally trained as an architect, so some of his drawings, which he called 'arborescences', resembled both organic forms and architectural structures." These drawings' various curves and lines that could be interpreted by UPIC as real time instructions for the sound synthesis process. The drawing is, thus, rendered into a composition. Mycenae-Alpha was the first of these pieces he created using UPIC as it was being perfected.

In 1982 Xenakis developed his Music Timbre and Cadence Scale which is used quantifying musical styles in modern music.[citation needed]

In conversation, Iannis Xenakis frequently distanced himself from being seen in too strict terms – like many other composers for whom method and structure were the easiest aspects of music to discuss verbally, he sees the role of such things as relative. One way to envisage this approach is that the method constitutes a thematic germ, a starting-point, and from there the normal musico-aesthetics, personal obsessions and practical considerations play their normal role in finishing and shaping the piece. Indeed from the 1970s onwards Xenakis' use of method became deeply assimilated into his general musical thinking and he reports in interviews from that time that the strict application of statistical processes was no longer necessary to produce the results he was looking for.[verification needed]

Xenakis appeared easily bored in interviews when people attempted to take an overly simplistic view of him as 'complex' – the various clichés surrounding him appeared to greatly annoy him in interview and he would frequently make recourse to the wider aesthetics of music in general and the other arts, in order to contextualise his contributions to music-making. In a sense his early statements about "looking at music statistically" were a response to what he saw as the mistake of placing too much emphasis on the likely benefits of applying methodology too rigorously.[verification needed] It is also important to note, however, that this does not constitute any true dichotomy between Xenakis and his peers – the application of single-minded rigour to composition in post-war music was relative and momentary, and as with his own work, the poetic and aesthetic significance of the gesture as a modern equivalent to programme-music, as well as the vital role played by musicality and music-editing/shaping has been widely undervalued in favour of simplistic characterisations of such music as purely intellectual.

Composers who have acknowledged being influenced by Xenakis include Krzysztof Penderecki, Brian Transeau, and Toru Takemitsu.[citation needed]

Notes

  1. ^ Hoffmann, Grove: "[Xenakis] belongs to the pioneering generation of composers who revolutionized 20th-century music after World War II."
  2. ^ MSN Encarta encyclopedia, “Iannis Xenakis (Ιάννης Ξενάκης) (May 29, 1922 – February 4, 2001) was a Greek composer and one of the most important modernist composers of the 20th century” [1]. Archived 2009-10-31.
  3. ^ Matossian 1986, 13.
  4. ^ a b Varga 1996, 14.
  5. ^ Matossian 1986, 14–17.
  6. ^ Matossian 1986, 18–27.
  7. ^ Varga 1996, 14–19.
  8. ^ Gilbert, Martin. 1966. Winston Churchill, 56. Oxford University Press.
  9. ^ Harley 2004, 2.
  10. ^ Barthel-Calvet A., "Chronologie", in Portrait(s) de Iannis Xenakis, pp. 25–82
  11. ^ Varga 1996, 47.
  12. ^ Harley 2004, 92.
  13. ^ a b Hoffmann, Grove.
  14. ^ Matossian 1986, 37.
  15. ^ Xenakis, Brown, Rahn 1987, 20.
  16. ^ Harley 2004, 4.
  17. ^ Matossian 1986, 48.
  18. ^ For a study of Messiaen's teaching methods, see: Boivin, Jean (1995). La Classe de Messiaen. Paris: Christian Bourgois.
  19. ^ Xenakis, Françoise, and Waldburg-Wolfegg, Andreas; Sarah Green, and Maro Elliott. "Mme Xenakis in Conversation". International Contemporary Ensemble. http://www.iceorg.org/xenakis/mme-xenakis-in-conversation/. Retrieved 20 September 2009. 
  20. ^ Harley 2004, 12.
  21. ^ Matossian 1986, 77–79.
  22. ^ Harley 2004, 23.
  23. ^ Harley 2004, 19.
  24. ^ Cole, Jonathan. "Music and Architecture: Confronting the Boundaries between Space and Sound". Gresham College. http://www.gresham.ac.uk/event.asp?EventId=609&PageId=108. Retrieved 21 September 2009. 
  25. ^ Griffiths, Paul (5 February 2001). "Iannis Xenakis, Composer Who Built Music on Mathematics, Is Dead at 78". The New York Times: p. 7, section B. http://www.nytimes.com/2001/02/05/arts/iannis-xenakis-composer-who-built-music-on-mathematics-is-dead-at-78.html. Retrieved 13 September 2009. 
  26. ^ a b Leonardo Vol. 40, No. 1
  27. ^ Hugill, Andrew. The Digital Musician, New York: Routledge, 2008, pp. 95, 182.

References

  • Amagali, Rosemary Tristano. 1975. "Texture as an Organizational Factor in Selected Works of Iannis Xenakis". M.M. Thesis, Indiana University.
  • Baltensperger, André. 1995. Iannis Xenakis und die Stochastische Musik – Komposition im Spannungsfeld von Architektur und Mathematik. Zürich. Paul Haupt.
  • Bardot, Jean-Marc. 1999. "Cendrées de Xenakis ou l'émergence de la vocalité dans la pensée xenakienne." Undergraduate thesis (equivalent). Saint-Etienne: Université Jean Monnet.
  • Biasi, Salvatore di. 1994. Musica e matematica negli anni 50–60: Iannis Xenakis. Bologne. Università degli Studi di Bologna.
  • Harley, James. 2004. Xenakis: his life in music. London: Taylor & Francis Books. ISBN 0-415-97145-4
  • Hoffmann, Peter. "Iannis Xenakis", Grove Music Online, ed. L. Macy (accessed 23 December 2006), grovemusic.com (subscription access).
  • Mâche, François-Bernard. 2002. Portrait(s) de Iannis Xenakis Seuil. ISBN 2-7177-2178-9
  • Matossian, Nouritza. 1986. Xenakis. London: Kahn and Averill. ISBN 1-871082-17-X
  • Varga, Bálint András. 1996. Conversations with Iannis Xenakis. London: Faber and Faber. ISBN 0-571-17959-2
  • Xenakis, Iannis. 2001. Formalized Music: Thought and Mathematics in Composition (Harmonologia Series No.6). Hillsdale, NY: Pendragon Press. ISBN 1-57647-079-2

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