Luminous-Lint - for collectors and connoisseurs of photography Register
Subscribe
Login
Photographers:
Connections:
Getting around...
| Home > Contents > Images
See astonishing photographs and connections.
Register and see for yourself...
LL/106227
Man Ray
1922
Rayograph

Gelatin silver print (photogram)
9 3/8 × 11 3/4" (23.9 × 29.9 cm)
 
MoMA - Museum of Modern Art, New York
Gift of James Thrall Soby, © 2020 Man Ray Trust / Artists Rights Society (ARS), New York / ADAGP, Paris, Object number: 110.1941
 
Curatorial description (Accessed: 18 November 2020)
A photogram is a picture made on photographic paper without the aid of a camera. To create this one, Man Ray exposed the paper to light at least three times. Each time, a different set of objects acted as a stencil: a pair of hands, a pair of heads kissing, and two darkroom trays, which seem almost to kiss each other with their corner spouts. With each exposure, the paper darkened where it was not masked.
 
“It is impossible to say which planes of the picture are to be interpreted as existing closer or deeper in space. The picture is a visual invention: an image without a real-life model to which we can compare it,” curator John Szarkowski noted. A Surrealist might have said, instead, that it discloses a reality all the more precious because it is otherwise invisible.
 
Man Ray claimed to have invented the photogram—which he called a “rayograph”—not long after he emigrated from New York to Paris in 1921. Although, in fact, the practice had existed since the earliest days of photography, he was justified in the artistic sense, for in his hands the photogram was not a mechanical copy but an unpredictable pictorial adventure.
 
Publication excerpt from MoMA Highlights: 375 Works from The Museum of Modern Art, New York (New York: The Museum of Modern Art, 2019)
 
LL/106227


 

Terms and conditions • Copyright • Privacy • Contact me
Contributors retain copyright over their submissions
In using this website you agree to the Terms and Conditions
© Alan Griffiths - Luminous-Lint 2025