Whitney Museum

Taryn Simon

09 Mar - 24 Jun 2007

Taryn Simon
An American Index of the Hidden and Unfamiliar
March 9, 2007-June 24, 2007

For this project, artist Taryn Simon (b. 1975) assumes the dual role of shrewd informant and collector of curiosities, compiling an inventory of what lies hidden and out-of-view within the borders of the United States. She examines a culture through careful documentation of diverse subjects from across the realms of science, government, medicine, entertainment, nature, security, and religion. Transforming the unknown into a seductive and intelligible form, Simon confronts the divide between those with and without the privilege of access. Her sometimes ethereal, sometimes foreboding compositions, shot with a large-format view camera whenever conditions allowed, vary as much as her subject matter, which ranges from radioactive capsules at a nuclear waste storage facility to a black bear in hibernation. Offering visions of the unseen, the photographs of An American Index capture the strange magic at the foundation of a national identity.

Image:
Taryn Simon, Nuclear Waste Encapsulation and Storage Facility, Cherenkov Radiation , Hanford Site, U.S. Department of Energy, Southeastern Washington State, from the series An American Index of the Hidden and Unfamiliar,2007
Chromogenic color print,37 1/4 x 44 1/2 in. (96.4 x 113 cm) Collection of the artist; courtesy Gagosian Gallery, New York

Nuclear Waste Encapsulation and Storage Facility, Cherenkov Radiation Hanford Site, U.S. Department of Energy Southeastern Washington State

Submerged in a pool of water at Hanford Site are 1,936 stainless steel nuclear waste capsules containing cesium and strontium. Combined, they contain over 120 million curies of radioactivity. It is estimated to be the most curies under one roof in the United States. The blue glow is created by the Cherenkov Effect or Cherenkov radiation. The Cherenkov Effect describes the electromagnetic radiation emitted when a charged particle, giving off energy, moves faster than light through a transparent medium. The temperatures of the capsules are as high as 330 degrees Fahrenheit. The pool of water serves as a shield against radiation; a human standing one foot from an unshielded capsule would receive a lethal dose of radiation in less than 10 seconds.
 

Tags: Taryn Simon