A computational approach for obstruction-free photography takes out the chain link fence obscuring the target of your photo, removes reflections, and--this is the crazy TV show part--can even build a separate image from the reflection. It uses multiple frames and
magic math to build up the two "clean" images. [more inside]
Capturing light in motion at a trillionth of a second. MIT, using a new technique called Femto Photography, consisting of femtosecond laser illumination, picosecond-accurate detectors and mathematical reconstruction techniques, has captured the movement of pulses of light.
Visionary Engineer : the Harold 'Doc' Edgerton digital collection consolidates the large body of work by the pioneer of stroboscopic high-speed photography. Iconic pictures, for instance. [via Slice of MIT] [more inside]
With the integration of cameras, GPS receivers, and more into cellphones, many people take for granted the lightweight, energy efficient technology in their pockets. MIT ties all that tech together to a weather balloon in Project Icarus, where for $150 a prepaid cellphone becomes a high-altitude near-space camera.
Japanese places and people photographed by Felice Beato, a pioneer 19th century photographer who documented the Crimean War, the Indian Mutiny and the Anglo-French military intervention in China before opening a studio in Yokohama in 1863. He also seems to have been the first photographer in Korea.Wikipedia NYPL archive First two links are units in MIT's Visualizing Cultures project.
James Patten creates interactive works in diverse media with themes including performance and social commentary. Projects include Tactile Photography and, most impressive to me, The Audio Pad.