Like color blindness, myopia also affects the human eye and is also extremely common today. Since light rays aren't connecting properly in the eyes of people with myopia, it is corrected with things like glasses or contact lenses. Something I wanted to know is if there could be some kind of display tech that would be able to mimic to correcting of light used in glasses/contacts so people with myopia may be able to use them without the aforementioned correctional apparatus or even slowly correct it over time, possibly through some light emission.
sparky-ed
I find it very interesting that one eye has trichromacy, which is the normal state of human vision, allowing the perception of a full spectrum of colors. As someone with red-green color blindness, it's intriguing to consider how I cannot see certain colors while others can. It reminds me of the diversity among humans and how our senses shape our understanding of reality.
Like color blindness, myopia also affects the human eye and is also extremely common today. Since light rays aren't connecting properly in the eyes of people with myopia, it is corrected with things like glasses or contact lenses. Something I wanted to know is if there could be some kind of display tech that would be able to mimic to correcting of light used in glasses/contacts so people with myopia may be able to use them without the aforementioned correctional apparatus or even slowly correct it over time, possibly through some light emission.
I find it very interesting that one eye has trichromacy, which is the normal state of human vision, allowing the perception of a full spectrum of colors. As someone with red-green color blindness, it's intriguing to consider how I cannot see certain colors while others can. It reminds me of the diversity among humans and how our senses shape our understanding of reality.