M THEORY 2010©
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Loveland Museum of Art June 18 - September 18, 2011 Opening Reception June 23 from 5 to 7 p.m. 503 N. Lincoln Avenue Loveland, CO 80537 970 - 962 - 2483
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Before his death Albert Einstein was working on "The Theory of Everything". TOE was to be an explanation of everything in the universe. He died before his theory could be completed. Later, scientists throughout the world took up his challenge. Working together they came up with String Theory. String theory says that there are eleven dimensions in our universe all of which are connected by strings.
Because I am an artist working simultaneously in two and three dimensions, this theory and its thought process has inspired my sculpture." Jözef sumichrast
Jözef will return to the Loveland Art Museum on June 25 and speak about his unique sculptural style. Many of the mysteries of his greatest works including String Theory, Narrow Horse, M Theory, Elevation Triptych and Susan's Dance will be reveled.
String Theory: Masterpiece of Art and Science
Physics has evolved and its domain changed over time; we see a similar evolution in the work of the artist, Jözef Sumichrast. After years as a successful painter, he changed his life to focus exclusively on sculpture. In doing so, his work began to study multiple dimensions of subjects, and to represent not only their dimensions, but also their dynamics. As in physics, the artist's purpose was to expand our understanding of matter/energy and its relationship to space/time. Early Sumichrast sculptures warped dimensions so three-dimensional objects were compressed and curved. This allowed the viewer to more fully appreciate the whole by providing a new perspective. It provided a way to see object parts which exist simultaneously yet normally cannot be seen simultaneously. This was a more natural looking and intuitive approach to the multi-view advance achieved by cubism early in the 20th century.
Sculpture has most naturally been limited to three dimensions although some artists use motion to add another dimension. Sumichrast uses a different technique-he relies on the motion of the viewer to create motion in the sculpture. While this technique undeniably has roots into Sumichrast's earlier work (see Narrow Horses II for an excellent precursor) it reaches new heights in String Theory. The observer interacts with the observed-the observer creates his personal moving experience. One is reminded of the Heisenberg Uncertainty Principle which can be thought of as demonstrating that observation is only possible when the observer and observed interact.
The sculpture is comprised of eleven horses and the strings which suspend them. The horse theme connects this work to decades of prior work by the artist just as every new scientific theory is based on prior observations and explanations. The horses are held in parallel by the first force of nature to be explained by modern physics. The number of horses corresponds to the number of dimensions required by the most inclusive version of string theory (M theory). The size of the sculpture is indeterminate like the size of the universe-its height, length and width are determined by the installation and so may expand or contract. Changing physical human perspective provides a more satisfying and unified experience of String Theory just as changing mental human perspective provides a more satisfying and unified understanding of the universe.
There are other commonalties between String Theory the sculpture and String Theory the scientific theory. They are both evolving as I write these words-each becoming more complex, satisfying, and indeed, elegant. The sculpture and the theory will both influence the future as their creators expand them, and as others view, interpret, and someday, transcend them with new works. String theory the sculpture has not yet been tested through public viewing, critical review, and observation of how subsequent sculpture will be influenced by it. In science, string theory has yet to show that it can predict observable results which differ from more established theories. Ultimately, both must stand the test of what we call time.
Dr. Robert T Sumichrast Dean Terry College of Business University of Georgia
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