Photographers
Links to Great Photographer Reference Pages:
"50 Great Photographers You Should Know "
by HONGKIAT.COM
"Top 10 Most Famous Photographers of All Time"
by Picture Correct
Photographers Listed by Reigion
on Wikipedia
"Masters of Photography with Their Most Famous Images"
by Agonistica
"10 Famous Photographers and What You Can Learn From Them"
by Improve Photography
by HONGKIAT.COM
"Top 10 Most Famous Photographers of All Time"
by Picture Correct
Photographers Listed by Reigion
on Wikipedia
"Masters of Photography with Their Most Famous Images"
by Agonistica
"10 Famous Photographers and What You Can Learn From Them"
by Improve Photography
Jon Smith: Scientist & Photographer
Scientist and High Speed Photographer Jon Smith has been publishing these stunning high speed photos of glass bulbs filled with different items. He talks about his curious work:
"Sure, it starts out as a normal light bulb and ends as a pile of broken glass, but for just a split second, it’s something beautiful – and to capture that is wonderful."
"Sure, it starts out as a normal light bulb and ends as a pile of broken glass, but for just a split second, it’s something beautiful – and to capture that is wonderful."
Nikki Graziano: Found Functions, exploring math with photography
"Most of us can’t tell our secant from our cotangent. But the forms are everywhere, and Nikki Graziano wants to help us see them. Graziano, a math and photography student at Rochester Institute of Technology, overlays graphs and their corresponding equations onto her carefully composed photos. “I wanted to create something that could communicate how awesome math is, to everyone,” she says. Graziano doesn’t go out looking for a specific function but lets one find her instead. Once she’s got an image she likes, Graziano whips up the numbers and tweaks the function until the graph it describes aligns perfectly with the photograph. See more of her Found Functions series at Nikkigraziano.com.
When graphed, this trigonometry function produces an ever-repeating wave of peaks and valleys that mirror the natural curves Graziano sees in plants. (October 2008.)" - WIRED http://www.wired.com/2010/01/pl_arts_found/ |