stateofmind
04-21-10, 10:29 AM
Is it possible to train your peripheral vision so that your area of clear focus widens?
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View Full Version : Can peripheral vision become clear? stateofmind 04-21-10, 10:29 AM Is it possible to train your peripheral vision so that your area of clear focus widens? wynn 04-21-10, 12:45 PM As far as I know, yes. I have seen books for brain exercises that address that, for example: LePoncin, M.: Brain Fitness. New York, NY: Ballantine Books; 1990. Stoniphi 04-21-10, 04:09 PM Yes, this especially as what you see is to a great part created by your mind from the raw data your eyes send it. If you train yourself to look around a lot (much more than normal or usual), you will find improvement in all the cerebral aspects of your sight. This is one of the 'secrets' of the martial arts. stateofmind 04-21-10, 06:36 PM Just how clear are we talking? Like being able to read a sign from the far side of your peripheral vision? Is there any proof of this? Stoniphi 04-22-10, 05:32 AM Well, most of the color receptor cells are right around the fovia, which have no receptor cells at all so they produce no data input. All of the rest of the receptor cells are dark/light receptors - no color. If what you "saw" was the actual visual data from your eye receptor cells, there would appear to be 2 black spots about 8 inches across floating in the air about 6 feet out in front of you at all times. The area immediately around these spots would have color, the rest of your visual field would be blurred and colorless. Since your eyes "saccade" (move around a lot looking at different things in diverse places in your environment), your mind can assemble this information, simulate color where it thinks it should be, fabricate continuity over those fovial dark spots, accentuate edges and motion and thus present you with what appears to be a full color, in - focus clear picture of your surroundings. That picture though, is largely fabricated from that raw saccade data and the color is mostly false. With training exercises and persistence you should be able to read those signs peripherally though, if your wetware is up to par. Practice takes time to accomplish the goal set forward. Spud Emperor 04-22-10, 05:46 AM I used to find my peripheral vision improved markedly when I played a lot of squash. It was very much like being a martial arts exponent, I was extremely fit , lithe, flexible and hyper aware. Jozen-Bo 04-22-10, 06:23 AM Good to see your still around Spud! On the topic, I have noticed that periphal vision can improve, yes! Trippy 04-22-10, 03:25 PM There are also some disabilities which can influence awareness of peripheral vision. Stoniphi 04-22-10, 04:32 PM Yes, there are. ..like being a martial arts exponent.. that is precisely where I learned those eye exercises, to avoid getting hit. The exercises work, your peripheral vision improves a lot as you pursue them. stateofmind 04-22-10, 06:56 PM But still, has anyone ever developed the ability to such an extent to be able to make out writing from the corner of their eyes? dara11 08-19-11, 06:43 AM Thanks for letting me know about other good stuff ! Guest264 08-21-11, 01:34 AM From what I understand, peripheral vision evolved to be good at detecting motion - functioning as a sort of 'early warning' device: From Wikipedia, Peripheral vision: Flicker fusion threshold is higher for peripheral than foveal vision. Peripheral vision is good at detecting motion (a feature of rod cells). I'm sure it can be improved but only to an extent because the type of cells that make up clear vision, there's more of them in the center than on the edges. From wikipedia: Peripheral vision is weaker in humans, compared with other animals, especially at distinguishing color and shape. This is because receptor cells on the retina are greater at the center and lowest at the edges (see visual system for an explanation of these concepts). In addition, there are two types of receptor cells, rod cells and cone cells; rod cells are unable to distinguish color and are predominant at the periphery, while cone cells are concentrated mostly in the center of the retina, the fovea. |