Julian Stanczak

Tempo of Three 1981 Screenprint 26 x 39 1/4 in. Edition of 175

1981

Technical Information: Julian Stanczak Fractions, from Twelve Progressions 1971 Screenprint 26 1/2 x 26 1/2 in. Edition of 90 Pencil signed and numbered Accompanied with COA by Gre...

Julian Stanczak Aerial, from Twelve Progressions 1971 Screenprint 26 1/2 x 26 1/2 in. EA #3 Pencil signed and numbered Julian Stanczak (Polish, November 5, 1928 – March 25, 2017) was a Polish-born American painter and printmaker who is considered a central figure of the Op art movement in the U.S. during the 1960s and 1970s. Described as an artist whose work "evinced a tremendous geometric inventiveness", Stanczak is primarily known for his large-scale polychromatic abstract compositions made using acrylic paint on canvas in which he explored the perceptual dimensions of color.[3] Born in 1928 in Borownica, Poland, Stanczak survived a Siberian labor camp during World War II where he lost the use of his right arm. He retrained himself to paint left-handed and emigrated to the United States in 1950, where he eventually became a citizen. In 1956, Stanczak received an M.F.A. from Yale University, where he studied with Josef Albers and Conrad Marca-Relli, and was roommates with fellow abstract painter Richard Anuszkiewicz. The term "Op art", since used to describe a short-lived movement of 1960s and 1970s, originated from Stanczak's work when the Minimalist artist and sculptor Donald Judd used it in his critical review of the 1964 exhibition titled Julian Stanczak: Optical Paintings at Martha Jackson Gallery in New York. Stanczak achieved broader commercial recognition after being featured in the landmark 1965 exhibition The Responsive Eye created by curator William C. Seitz at the Museum of Modern Art in New York. As the popularity of Op art diminished in the late 1970s, Stanczak remained active as a painter and continued to exhibit his work, but became progressively separated from mainstream contemporary art in the U.S. In addition to being a practicing artist, Stanczak served as a faculty member at the Art Academy of Cincinnati from 1957 to 1964 and, later, as Professor of Painting at the Cleveland Institute of Art from 1964 to 1995. In 2013, he was awarded an honorary doctorate from Case Western Reserve University in Ohio. Stanczak lived and worked in Seven Hills, Ohio with his wife, the sculptor Barbara...

Technical Information: Julian Stanczak Median with Circles, from Variants 1970 Screenprint 28 3/4 x 28 3/4 in. Edition of 125 Pencil signed and numbered Accompanied with COA by Gre...

TECHNICAL INFORMATION: Julian Stanczak Dedicated, from Twelve Progressions 1971 26 1/8 x 31 3/4 in. Edition of 90 Pencil Signed and Numbered Accompanied with COA by Gregg Shienbaum...

This screenprint was created by American artist David Roth. Roth's images are proportioned according to a strict mathematical formula - the pictures are composed according to horizon...

Hand signed and numbered limited edition print. David Roth studied at the Illinois Institute of Technology's Institute of Design and was twice the recipient of the Moholy-Nagy Scholarship in visual design. It was Roth's initial work as a designer at fine art for commercial use that brought him interesting positions as art director for Lanvin, Charles at the Ritz, and Germain Monteil. . The strings are tied in bunches and closely hung tram a wooden bar. The size and shape of the string is similar to that at a canvas painting. Each bundle is represented by a vertical row at squares on the graph and the groupings at string are lined up along the wall according to the horizontal rows at the program. The six primary and secondary colors are used in their full intensity along with black, grey, and white. As a painter Roth works to formulate with color. Some painters regard color as a concomitant of form, hence a subordinate, but Roth's color is the chief medium of his pictorial language. A programmed juxtaposition at primary color allows Roth and the viewer to play upon various combinations. The graphs Roth executes are proportioned according to a strict mathematical formula - the pictures are Composed according to horizontal and vertical divisions on the graph paper. The optical quality of color, deliberately sought, has its roots in the Bauhaus investigations of illusion, and thus has a direct relationship to the Op art produced in postwar Europe. Roth has arranged his hues so as to persuade the planes to separate from the ground on which they are planted, and float free in space. It is almost as if Roth is giving us a "readout" on his creative process. Although the graphs appear to vary in their use of color the same colors are used throughout, also the same amount of color. Roth's work illustrates the sophistication of the human eye-brain relationship that has developed and invites the viewer to participate in the evolution at visionary ideas. One Man Shows 1966 The Gallery Upstairs, Buffalo, New York 1967 The Gallery Upstairs, Buffalo, New York 1969 The House of Graphics, New York 1969 Illinois Institute of Technology, Chicago, Illinois 1972 Robert Elkon Gallery, New York 1973 Robert Elkon Gallery, New York 1974 Robert Elkon Gallery, New York 1975 Michael Wyman Gallery, Chicago 1975 Robert Elkon Gallery, New York 1976 G.W. Einstein, New York 1976 Robert Elkon Gallery, New York 1977 Robert Elkon Gallery, New York 1977 G.W. Einstein, New York 1978 Sunne Savage Gallery, Boston, Massachusetts 1978 Robert Elkon Gallery, New York 1979 Nancy Roth Gallery, Katonah, New York Group Exhibitions 1967 State University of New York, Buffalo 1970 Ronald Feldman Gallery 1970 The Everyman Gallery 1971 Robert Elkon Gallery, New York 1972 The Brooklyn Museum, New York 1972 The Newark Museum, New Jersey 1972 Art...

This screenprint was created by American artist David Roth. Roth's images are proportioned according to a strict mathematical formula - the pictures are composed according to horizon...

Evelyn B. Johnson was an American Optical artist. Her work specialized in striking geometric abstract forms in bright colors whose shading mimics the effects of neon lighting. These ...