Serpentine Gallery Summer Pavilion 2007
Monday, August 27th, 20070lll’s exhaustive photo diary of the Serpentine Gallery Summer Pavilion 2007 by Olafur Eliasson and Kjetil Thorsen
0lll’s exhaustive photo diary of the Serpentine Gallery Summer Pavilion 2007 by Olafur Eliasson and Kjetil Thorsen

Here’s a beautiful set of photographs exploring refractions through various glass and transparent objects by Alan Jaras. Spectacular Flickr sets : Bending Light, Twisting Light, MicroWorld
via BLDGBLOG

Photosynth from Microsoft Live Labs is a 3-D image reconstructor that rebuilds entire environments based on hundreds of photos taken from different angles. The result is a web based photo browser that stitches photos into a seamless panorama in a true 3d environment. Think web based QTVR stitcher on steroids.
Inner-City Youth, London is a narrated photo essay by Simon Wheatly. It attempts to capture the lives of Londons under-privalaged youth and the music culture (grime) that is developing out of their real-world experiences and the influence of mainstream American hip-Hop.
While you're there, be sure to check out Magnum Photos - In Motion, with many other similar presentations covering subjects pertinent to todays and tommorrows world.
Magnum Photos is a photographic co-operative of great diversity and distinction owned by its photographer-members. With powerful individual vision, Magnum photographers chronicle the world and interpret its peoples, events, issues and personalities.

Is your normal day is as normal as mine? Scan the globe for a glimpse of what other people go through in a day and upload your own normal day. Your Normal Day is by Björn Fagerholm.

From the USGS Landsat Project: An alluvial fan of the Taklimakan Desert in XinJiang Province, China. [high-res]
via Pruned

Harold Edgerton’s rapatronic photographic technique captured nuclear fireballs with 10 nanosecond exposures. [more]

Andrej Belic’s photos from the deep.

New software developed by Purdue University’s Wen Jiang enables scientists to observe viruses at an unprecedented level of detail.
“While before we could only see virus parts that were symmetric, we can now see those that have non-symmetric structures, such as portions of the one our paper focuses on, the Epsilon 15 virus that attacks salmonella. . .This software will enable a substantial expansion of what we can see and study. We remain limited to observing those viruses that are identical from one individual viral particle to the next — which, sadly, is still only a small portion of the viral species that are out there. But it is a major step forward toward our goal of seeing them all.”
via Medgadget