Sneak Peek: Man Ray–Human Equations

alls_well_ends_well_trilogy

(left) Mathematical Object: Algebraic Surface of Degree 4, c. 1900. Wood, 3 1/8 x 2 3/8 in. Made by Joseph Caron. The Institut Henri Poincaré, Paris, France. Photo: Elie Posner (middle) Man Ray, Mathematical Object, 1934-35. Gelatin silver print, 9 1/2 x 11 3/4 in. Courtesy of Marion Meyer, Paris. © Man Ray Trust / Artists Rights Society (ARS), NY / ADAGP, Paris 2015 (right) Man Ray, Shakespearean Equation, All’s Well that Ends Well, 1948. Oil on canvas, 16 x 19 7/8 in. Courtesy of Marion Meyer, Paris. © Man Ray Trust / Artists Rights Society (ARS), NY / ADAGP, Paris 2015

Above is an example of what you’ll see in Man Ray–Human Equations: A Journey from Mathematics to Shakespeare, opening in less than two weeks. The exhibition centers on Man Ray’s (1890–1976) Shakespearean Equations, a series of paintings inspired by photographs of mathematical models he made in Paris in the 1930s. Within the galleries, you’ll see the original mathematical models, Man Ray’s inventive photographs of the objects, and the corresponding Shakespearean Equation painting displayed side-by-side for the first time.

A Little Sun and a Whole Lot of Light

What would you do with your very own little sun? Danish-Icelandic artist Olafur Eliasson and engineer Frederik Ottesen created this solar-powered LED lamp in an effort to get affordable and reliable light to areas across the globe without electricity. Five hours of charging yields three hours of bright light. Learn more at Phillips after 5 on Feb. 6, where we’ll be screening a short film on the Little Sun Project, and join in on some Twitter trivia for a chance to win one!

The February Phillips after 5 celebrates all things light with the Nordic embassies, from innovative Nordic lamp design to gallery talks on how artists use light in their work to an aurora borealis-inspired light show outside of the museum and in the Music Room. Follow the Phillips on Twitter that evening and answer #NordicLights trivia questions for a chance to win one of five Little Sun lamps (and other fun prizes).

A Scientist’s Perspective on Kirkeby

At last night’s Phillips after 5, Michael Garstang, an atmospheric scientist at the University of Virginia’s Department of Environmental Sciences provided his perspective on the Kirkeby exhibition. He began his talk by making connections between art and science saying, “Both fields draw upon creativity as the prime motive. . . both are products of infinite, incremental steps, and both must be founded upon a preconceived framework.”

Per Kirkeby, Untitled, 2006. Tempera on canvas, 78 3/4 x 98 1/2 in. Courtesy Michael Werner Gallery, New York, London, and Berlin

Per Kirkeby, Untitled, 2006. Tempera on canvas, 78 3/4 x 98 1/2 in. Courtesy Michael Werner Gallery, New York, London, and Berlin

Garstang talked about the infinite process of sedimentation, laying down grain by grain to form layers, strata, and structures in his discussion of this untitled work, which Kirkeby painted in 2006. He interpreted the parallel bands at the center of the canvas as possible “fossilized tree trunks,” citing Kirkeby’s writings on trees in which the artist explains, “I don’t think I have ever drawn a whole tree.” Despite the painting’s framework, Garstang noted that Kirkeby “interrupted the form with discordant shapes juxtaposed with a sphere.” He wondered “Is it detritus? Glacial till? Blue ice?” Like Kirkeby, Garstang was reluctant to interpret the end result saying, “I’ll let you sort this one yourselves.”