Alexa Meade turned her first person into a real life, three-dimensional painting in April of 2009. Now, four years later, she is known the world over as the artist who uses the human body as her canvas, creating photographs you would be hard-pressed to differentiate from two-dimensional paintings.(Note: the video above contains some body-paint nudity) Read more…
Posts Tagged ‘humanbody’
Carl Warner isn’t your typical landscape photographer. Where most would take to the outdoors, the London-based photog creates landscapes in his studio. Previously, we shared his surreal photo series Foodscapes: landscapes created using all manner of edible products.
His most recent project is a departure from his work with food, and perhaps posed an even greater challenge. Dubbed “Bodyscapes,” the series turns the ridges, hills and valleys of one or more human bodies into strange and surreal landscape photos. Read more…
Here’s a slow motion video showing a closeup look at the human eye, our amazing biological lens (and sensor). You might be surprised at how mechanical its movements are and how fluid the iris is. Another crazy fact is that we’re continually relying on “image stabilization” to see things clearly:
The visual system in the brain is too slow to process information if the images are slipping across the retina at more than a few degrees per second. Thus, for humans to be able to see while moving, the brain must compensate for the motion of the head by turning the eyes. [#]
To see a quick demonstration of this fact, try the following experiment: hold your hand up, about one foot in front of your nose. Keep your head still, and shake your hand from side to side, slowly at first, and then faster and faster. At first you will be able to see your fingers quite clearly. But as the frequency of shaking passes about 1 Hz, the fingers will become a blur. Now, keep your hand still, and shake your head. No matter how fast you shake your head, the image of your fingers remains clear. This demonstrates that the brain can move the eyes opposite to head motion much better than it can follow, or pursue, a hand movement. When your pursuit system fails to keep up with the moving hand, images slip on the retina and you see a blurred hand. [#]
Like with cameras, our built-in image stabilization can deal with head shake but not motion blur.
As the low-light capabilities of high-end (and even low-end) cameras rapidly improve, it’s easy to marvel at technology and forget how amazing our own eyes are, but here are some mind-boggling facts to consider: did you know that the human eye can detect as few as two photons entering the retina, and that, under ideal conditions, a healthy young adult can see a candle flame from 30 miles away? To see how mind-boggling that is, try using Google Maps to find a location 30-miles away from where you live.
According to neuroscientist Bradley Voytek, the reason we don’t utilize our full sensory potential is because we’re not paying enough attention to them — kinda makes you want to put down your camera and focus on staring at things, huh?