What do we think? Not only to open our eyes but to see more. Through simple and interesting experiments, this course will learn how light, interaction between the eye and the brain create the world we see. What do we think? Our eyes always provide information to us. When we are born, our eyes need time to get used to seeing and understanding what you see. Given time and experience, the eyes will receive light, concentrate, and learn to send information to our brain. Everything you experience at this point involves understanding and understanding everything around you.
Today, our brain gains a large part of information through our eyes. Our eyes play an important role in how we see the design. The structure of the human eye is complicated, but the most important discovery is that some of the eyes in the center of the eye are called "eyeballs". It is a small circle (1.5 mm wide) which is part of our brain, and we get most information through it. There are three reasons for this. On the other hand, our peripheral vision is very poor. really. Please think about the way you are reading this article now. You pay attention to these precise words, everything else is irrelevant. This is only a small part of the overall design. Interestingly, however, our brains will help our eyes based on our expectations and memories and try to fill the missing data around us. This makes us misunderstand that we actually saw everything soon.
In the early larval stages of the crustacean, there is a single simple intermediate eye consisting of three similar closely related parts. The eyes of this larva or 'nausea's eye' usually disappears in the late phase of development, but it remains on some crustaceans (eg Mycobacterium Triops) even after adult compound eyes occur. In all species of worship, the larva's eye is held as the only eye through its development, but three similar parts may be separated and each may be associated with their own stratum corneum lens Absent. Up to seven optical units can be manufactured with other crustaceans that maintain larval eye in adulthood.