by Maggie Molloy
We all know the ancient Greek myth of Oedipus, the cursed king who slept with his mother—but you’ve probably never heard it told on hand-crafted, rainbow-colored microtonal instruments before.
All photos by Maggie Molloy.
That opportunity comes this weekend with a rare staging of Harry Partch’s avant-garde theatrical extravaganza Oedipus: A Music Theater Drama. The performances, which run May 5-7, are presented through the Harry Partch Instrumentarium currently in residence at the University of Washington.
A pioneer of new music, Partch was one of the first 20th century composers to work extensively with microtonal scales, creating dozens of incredible instruments specifically for the performance of his musical texts and corporeal theatre works. The Instrumentarium houses over 50 of his rare instruments, each hand-crafted out of wood and strings, gongs and glass, gizmos and gadgets.
Chuck Corey, Director of the Instrumentarium.
Directed and curated by Chuck Corey, the Harry Partch Instrumentarium puts on a handful of performances each year—but this spring marks the first time Corey and his microtonal music troupe are staging one of Partch’s full-fledged, evening-length theatrical works.
“I have had the opportunity to work with Partch’s instruments for nearly half my life, and am still amazed by some of the sounds he creates in his music,” Corey said. “Partch is best known for his just-intoned tuning system and the instruments he invented, but if he were not also a great composer I don’t think his work would have gained much of a following. For me, it is rewarding to perform his music and solve the problems his instruments present, and I remain impressed by his distinctive musical language.”
Based on Sophocles’ original Greek tragedy, Partch’s Oedipus is not quite a play and not quite an opera: the story unfolds through a combination of speech and song, augmented by the exotic harmonies of Partch’s notorious 43-tone scale.
“The voice can be used in a variety of ways in Partch’s work,” Corey said. “He often calls for intoning voice (words spoken on precise pitches), and in the case of Oedipus, we will cover the full range between speaking and singing. There are many passages in Oedipus where each character is at a different point on this spectrum.”
Oedipus floats freely in and out of Partch’s microtonal musical world, shifting between spoken monologues and hypnotizing musical settings, dramatic movement and dance. Partch’s orchestra of oddities is percussive, haunting, and hypnotic—almost ritualistic in its depth and drama.
In fact, Partch designed his instruments to be corporeal; he sought to involve the whole body and the entire person in the art. The result, for audience and performer alike, is a deeply immersive experience that brings together music, sculpture, dance, and drama in a fascinating culmination of Partch’s iconoclastic ethos.
To learn more about the magical and mysterious musical inventions of Harry Partch, take our photo tour below:
Diamond Marimba: This instrument is a physical manifestation of one of Partch’s most crucial theoretical concepts: the “tonality diamond.” Built in 1946, the instrument contains all twelve of Partch’s primary tonalities, each laid out in a series of thirds. It’s used as a prominent percussion instrument in many of his works.
Gourd Tree: Built in 1964, the Gourd Tree is comprised of twelve temple bells attached to gourd resonators, each of which hangs suspended from a eucalyptus branch. Yes, a eucalyptus branch. The instrument is often played in conjunction with Partch’s Cone Gongs, which are made out of nose cones from airplane fuel tanks.
Cloud-Chamber Bowls: Partch’s most iconic instrument, the Cloud-Chamber Bowls are made up of large glass gongs of varying sizes suspended in a wooden frame and played with mallets. Partch initially created the instrument in 1950 using Pyrex carboys discarded by the Radiation Laboratory at the University of California, Berkeley.
Chromelodeon: The colorful Chromelodeon, built in 1945, is an adapted reed organ modified to conform to Partch’s tonality system. The instrument plays a 43-tone per octave scale, as opposed to a typical Western keyboard, which plays 12 tones per octave. In addition to a standard keyboard and a collection of stops, the Chromelodeon also includes an additional keyboard of Partch’s own creation called the “sub-bass,” located in the upper left corner of the instrument. Both keyboards have colored and numbered labels representing ratios of the tuning system. Oh, and also: the player has to furiously pump two foot pedals throughout the entire performance in order fill the organ’s bellows and create sound.
Kithara II: Towering at nearly seven feet tall, the Kithara II requires the performer to stand on a riser in order to play it. Built in 1954, the instrument has twelve sets of six strings which correspond to Partch’s primary tonalities; four of these sets employ Pyrex rods as movable bridges. The Kithara II is also Chuck’s personal favorite instrument in the collection.
Surrogate Kithara: As the name suggests, the Surrogate Kithara was originally invented as a substitute for Partch’s original Kithara, and was created when he began writing music for the instrument that was too difficult for one person to play. The Surrogate Kithara features two sets of eight strings, each with a Pyrex rod that serves as a movable bridge.
Bamboo Marimba II (Boo II): Affectionately dubbed “Boo II,” the Bamboo Marimba II (built in 1971) consists of 64 tubes of mottled Japanese bamboo organized into six ranks. Each tube is open on both ends, and tongues are cut into the bamboo at approximately 1/6 of the length of the tube in order to produce a harmonic at 6/5 of the fundamental pitch.
Bass Marimba: Built in 1950, the Bass Marimba features 11 bars made of Sitka spruce. Just to give you an idea of the massive size of this instrument, the top of the bars are five feet above the floor, and the player must stand on a riser six feet wide and over two feet tall in order to play it. Each bar is situated over an organ pipe which serves as a resonator, and the lowest bar corresponds to a C2 on piano which, for those of you who don’t play piano, is pretty darn low. The instrument can be played with mallets or by slapping the bars with the pads of your fingers.
The Spoils of War: Created in 1950, this instrument takes its name from the seven artillery casings that hang from the top of the instrument. The instrument also includes four Cloud-Chamber Bowls, two pieces of tongued bamboo, one woodblock, three steel “whang guns,” and a guiro. Just think of it as a Harry Partch drum-set of sorts.
New Harmonic Canon I: Built in 1945, the New Harmonic Canon I is a 44-stringed instrument with a complex systems of bridges. It was built specifically to accommodate a second tuning, allowing the performer to play in either one or both of the different tunings simultaneously. The strings are tuned differently depending on the piece, and are played with fingers, picks, or in some cases, mallets.
Harmonic Canon II: Nicknamed the “Castor and Pollux,” the Harmonic Canon II (built in 1953) features two resonating boxes with 44 strings across the top. Bridges are placed beneath the strings specifically for the tuning of each composition. Like all of Patch’s Harmonic Canons, the instrument may be played with fingers, picks, or mallets.
Adapted Guitar II: The ten-string Adapted Guitar II is a steel-string guitar which is played with a slide. Partch first began experimenting with adapted guitars in the 1930s, and by 1945 he began using amplification for them. The ten strings of the Adapted Guitar II are typically tuned either to Partch’s “otonality” or “utonality” (terms Partch used to describe chords whose pitch classes are the harmonics or subharmonics of a given fixed tone). Thankfully, the headstock is specially designed to allow the player to change the tuning within seconds.
Performances of Oedipus: A Music Theater Drama are Friday, May 5 and Saturday, May 6 at 7:30pm and Sunday, May 7 at 2pm at the University of Washington’s Meany Theater. For tickets and additional information, please click here.