The Human Eye By Lauren Austen Hello! Like i said in my vid,
The works... Q: Do you blink more when you look at a certain object??? -Julia robles A: yes! I know for a fact that when you read, you blink multiple times more! Q: how does the human process what they see? -jaydon dominguez A:honestly, it depends on your iq, if you are colorblind, or if you are young, or old. Q;did you know that humans see things upside down, but then flip the images before you properly perceive them? -Raeleigh VIllanueva A: yes. It is true, as i am not sure why, we perceive things upside down.
Fun fact The average blink lasts for about 1/10th of a second. While it takes some time for most parts of your body to warm up to their full potential, your eyes are on their “A game” 24/7. Eyes heal quickly. With proper care, it only takes about 48 hours for the eye to repair a corneal scratch. Seeing is such a big part of everyday life that it requires about half of the brain to get involved. Newborns don’t produce tears. They make crying sounds, but the tears don’t start flowing until they are about 4-13 weeks old.
Around the world, about 39 million people are blind and roughly 6 times that many have some kind of vision impairment. Doctors have yet to find a way to transplant an eyeball. The optic nerve that connects the eye to the brain is too sensitive to reconstruct successfully. The cells in your eye come in different shapes. Rod-shaped cells allow you to see shapes, and cone-shaped cells allow you to see color. You blink about 12 times every minute. Even if no one in the past few generations of your family had blue or green eyes, these recessive traits can still appear in later generations. Out of all the muscles in your body, the muscles that control your eyes are the most active.
credits “US.” The Independent, Independent Digital News and Media, www.independent.co.uk/. Santiago, Melissa. “Brain Nutrition- by a Experienced Naturopathic Docter!” 3 Nov. 2017, round rock, DFT Elementary. “.Live { Fill:#FAAF3B;} .Science { Fill:#FFFFFF;} Live Science.” Edited by Stephanie Pappas, LiveScience, Purch, 29 Apr. 2010, www.livescience.com/.
That sneaky dress... When your brain tries to figure out what colour something is, it essentially subtracts the lighting and background colours around it, or as the neuroscientist interviewed by Wired says, tries to “discount the chromatic bias of the daylight axis.” This is why you can identify an apple as red whether you see it at noon or at dusk. The dress is on some kind of perceptual boundary, with a pretty even mix of blue, red and green. (Frankly, it’s just a terrible, washed out photo.) So for those who see it as white, your eyes may be subtracting the wrong background and lighting.
Any questions?