Trimpin
Trimpin is a German born kinetic sculptor, sound artist, and musician currently living in Seattle, Washington, United States.
Trimpin's work integrates sculpture and sound across a variety of media including fixed installation and live music, theater, and dance performance. His works are known to be electromechanically actuated by embedded microcontrollers that communicate digitally through MIDI.
Early life
Trimpin grew up in Istein, now part of Efringen-Kirchen, near the French and Swiss borders. He is a native speaker of Alemannisch and the son of a brass and woodwind player. As a child he had access to old brass instruments to experiment with. He played brass instruments himself, but developed an allergy to metal that affected his lips and made him give up playing. Trimpin's father treated him to spatial musical experiences, playing at some distance in the German woods, and young Trimpin experimented with old radios and with cutting apart and recombining elements of musical instruments. He studied at the University of Berlin.One early project in Berlin used a balancing clown figurine to play a wire recording of speech. The wire was stretched across a room and tilted up and down while the figurine rode the wire and played it, backwards and forwards. The history of his work recapitulates much of the history of data and sound storage technology. Prior to the availability of MIDI, Trimpin developed his own protocol for computer storage of music.
In 1980 Trimpin moved to America because he needed access to old, used technological components, which were difficult to find in Europe; he settled in Seattle because it "sounded like a nice place to live". In the 1980s, he worked one month per year fishing in Alaska to support his work.
Inventions
One of his early installations was a six-story-high microtonal xylophone running through a spiral staircase in an Amsterdam theater, with computer-driven melodies ripping up and down it. Another piece was a water fountain installation in which drops of water, timed in complex rhythmic fugues, dripped into glass receptacles. Several of his pieces since that time have made similar use of falling water. A dance piece used the dancers' bodies to make music, with small bellows in the dancers' shoes that played duck calls, air blowers triggered by sacs under their armpits, etc.Trimpin has invented a gamelan whose iron bells are suspended in air by electronic magnets; a photo sensor prevents them from rising past a certain point, and since they don't touch anything, once rung they will sound with a phenomenally long decay. Another invention is an extra-long bass clarinet. Extra keys spiraled around the instrument allow a microtonal scale. A human blows through the mouthpiece; the dozens of extra keys are played via computer. In 1987 he met Conlon Nancarrow, composer of experimental player piano music unplayable by a human pianist. Trimpin already had the technology to convert Nancarrow's player piano rolls into MIDI information, thus saving their contents from potential deterioration and disaster.
Trimpin has invented machines to play every instrument of the orchestra via MIDI commands. His mechanical cello can achieve virtually unnoticeable bow changes, and his MIDI timpani can be rubbed quickly by the mallet, for a timpani drone unachievable by human hands. Indeed, his pieces do not generally try to imitate human playing. "What I'm trying to do," he has remarked, "is go beyond human physical limitations to play instruments in such a way that no matter how complex the composition of the timing, it can be pushed over the limits."
Although most of his music is composed digitally, Trimpin almost never uses electronic sounds — not because he objects to them on principle — but because he asserts that loudspeaker design, mostly unchanged for 100 years, has lagged behind the rest of electronic music technology. An outlier to the method audiences normally experience his work, the tornado-shaped column of self-tuning guitars called IF VI WAS IX: Roots and Branches, installed in Seattle's Experience Music Project, uses electric guitars and an array of headphones due to the constraints of the space and neighboring exhibitions.
Exhibited work
Beginning in July 2005, several Washington museums engaged in a year-long survey of his work curated by Beth Sellars, with installations and/or performances occurring at the Seattle Art Museum at SAAM, Henry Art Gallery of the University of Washington, Consolidated Works, the Frye Art Museum, Jack Straw New Media Gallery, and Suyama Space in Seattle; the Museum of Glass and the Tacoma Art Museum in Tacoma; the Washington State University Museum of Art ; and, outside of Washington State, at the Missoula Museum of Art in Missoula, Montana and the Vancouver International Jazz Festival in Vancouver, British Columbia, Canada.The Seattle-Tacoma International Airport, Concourse A artwalk includes Trimpin's Contraption installed next to the concourse's first moving sidewalk. Contraption is a motion activated work consisting of two moving "contraptions" made of assorted musical instruments and found objects, housed in an glass case. Each "contraption" plays music in response to people passing by.
Trimpin is a recipient of numerous honors. Trimpin received a 1994 Foundation for Contemporary Arts Grants to Artists Award. Trimpin was also the recipient of a 1997 MacArthur "Genius" Award. More recently, he was an invited keynote speaker at the 7th International NIME conference in New York City, in June 2007. In May 2010, he was the honorary recipient of a Doctor of Musical Arts from California Institute of the Arts.
As of 2007, he is among a number of artists establishing studio space in Tieton, Washington, on the edge of Washington's Yakima Valley.
Trimpin's water-based sound sculpture "Sheng High" was exhibited during the 2009 Ojai Music Festival, and one of his creations was featured in one of the pieces performed on the last evening. He was subsequently commissioned to create a permanent sound sculpture for the music amphitheatre at Ojai.
Trimpin's sculpture, Klompen, is a sound sculpture that includes 96 Dutch wooden clogs that connect to a computer by wires suspended from the ceiling. Placing a quarter in a token box electronically triggers mallets in the toes of the shoes. Klompen plays 20 different compositions. It is part of the permanent collection at Utah State University's Nora Eccles Harrison Museum of Art.
The permanent installation Seismofon is on display at the Science Museum of Minnesota. This giant chime instrument transforms worldwide earthquake data from the USGS into various tempos and volumes, which are played through the Seismofon's suspended bells.
In 2010, Trimpin transformed into robotic form a set of percussion instruments that David A. Jaffe inherited from Henry Brant for use in Jaffe's composition The Space Between Us. The performance included an installation with 18 robotic tubular bells hung above the audience, two robotic xylophones, a robotic glockenspiel and a disklavier, all controlled by a percussionist using a 3-D sensor, augmented by two live string quartets surrounding the audience.
Since Fall 2010, Trimpin has been working with students and faculty at Stanford University's Center for Computer Research in Music and Acoustics to create the multimedia installation "The Gurs Zyklus." Composer/director/performer Rinde Eckert will collaborate with Trimpin on the project.
From March 16 until April 28, 2012, Trimpin's installation "Trimpin: " was open to the public at Open Space in Victoria, BC, Canada. The installation featured five deconstructed pianos with various mechanical actuators configured to play compositions written by Trimpin. The audience was able to activate a composition by manoeuvering an arcade style game joystick which in turn moved an RGB colour sensor suspended on the wall. The sensor was positioned in front of an array of primary colour silk screened posters, also made by Trimpin. After a position was selected, the listener could push a button located next to the joystick, the sensor would scan the colour and utilize the information in a composition choosing algorithm. Almost immediately after the button was pressed a composition would begin. On the final day of the installation, the group MISTIC held a concert with compositions created specifically for the installation. By removing the control computer for the installation, and implementing their own, each member was able to perform live.