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Remember this from a post a couple months back?
Darnell shook his head, but peered closer where Eleazar pointed. He could see something faint on the rock, but couldn’t make the image resolve. So he took out his hand-held, removed the stylus. Pointing the stylus camera and the flash on the phone at the image, he tapped an icon on the screen. There were a series of quick flashes, and the screen filled with a close-up of the stone face. Eleazar looked on with some amusement as Darnell used a slider at the bottom of the screen to go up and down the spectrum, changing the image and bringing out details otherwise hidden in it. Darnell glanced up at Eleazar, saw his amusement, and explained “Multispectral imaging. Not nearly the resolution or range of real remote sensing equipment, but handy for some things.”
“Particularly when you’re going blind, eh?”
“Yeah. And until I can find my miracle, this helps.” Darnell smiled slightly, a wry, almost sad smile. “But the range of the image is well beyond what even good human sight can see – what even you can see.”
A cool article with some very fun interactive tools to see how the different ranges of animal eyes compare to ours:
Some animals, including your pets, may be partially colorblind, and yet certain aspects of their vision are superior to your own. Living creatures’ visual perception of the surrounding world depends on how their eyes process light. Humans are trichromats—meaning that our eyes have three types of the photoreceptors known as cone cells, which are sensitive to the colors red, green, and blue. A different type of photoreceptors, called rods, detect small amounts of light; this allows us to see in the dark. Animals process light differently—some creatures have only two types of photoreceptors, which renders them partially colorblind, some have four, which enables them to see ultraviolet light, and others can detect polarized light, meaning light waves that are oscillating in the same plane.
“None of us can resist thinking that we can imagine what another animal is thinking,” says Thomas Cronin, a professor at the University of Maryland who studies visual physiology. But while guessing animals’ thoughts is a fantasy, looking at the world through their eyes is possible.
Check it out.
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