"If an eye had absorbed all light, then this wouldn't happen. In fact, if an eye had been theoretically flawless, the red eye effect would not have existed at all. What happens when you see the red eyes on pictures, is that the flash is reflected in someone's eye. The reflection is red because of all the blood vessels inside the eye."
-http://photocritic.org/red-eye-removal-reduction/
It's caused by the reflection of the color of the Retina.... The retina is red so when the flash from a camera goes all the way to the back of the eye it some of it bounces back and reflects the color of the retina...
If you have photographic memory then your eye functions like a camera in a way
The retina
I think a pinhole camera is similar to the human eye because like the pinhole camera when it sees something it reflects the image but it is an inverted image. With the human eye the brain corrects it and turns it the right way up. The pinhole cameras image is not corrected because it does not have a lens.
Often, people who take pictures will notice that their photos come out with people having bright red eyes. This is caused by the flash of a camera actually seeing the light reflecting off a person's retina.
Yes, red eye can indeed be eliminated with that camera.
You can become blind in an eye
Yes, It's the camera flash bouncing off the red blood vessels and red tissue in the back of our eye
They have the red pigment in there eyes.....or it is because of the camera with red eye
it depends on the camera
You should look for a camera that has red eye reduction and simple plug and print technology.
The Camera Eye was created in 1981.
My Eye for a Camera was created in 2001.
The duration of My Eye for a Camera is 1.25 hours.
A camera eye is an eye with a crystalline lens that focuses light. It is found in squid, octopi, and vertebrates. This is similar to the lens arrangement of a camera.
Through the Camera Eye was created in 1981.
It's caused by the reflection of the color of the Retina.... The retina is red so when the flash from a camera goes all the way to the back of the eye it some of it bounces back and reflects the color of the retina...