Do i have the ability to see in ultraviolet?

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SUMMARY

The discussion centers on the perception of ultraviolet (UV) light and its interaction with myopic vision and eyewear. Users shared experiences of seeing different colors under black lights, particularly noting a shift from dark purple to bright blue when glasses were removed. It was concluded that the glasses may absorb certain wavelengths, affecting color perception, rather than indicating true UV vision. The conversation highlighted that while some individuals may perceive light differently, this does not equate to the ability to see in UV.

PREREQUISITES
  • Understanding of myopia and its effects on vision
  • Basic knowledge of light wavelengths and color perception
  • Familiarity with UV light and its properties
  • Awareness of how optical devices, like glasses, filter light
NEXT STEPS
  • Research the effects of myopia on color perception
  • Explore the properties of UV light and its visibility spectrum
  • Investigate how different lens materials affect light absorption
  • Learn about the human eye's sensitivity to various wavelengths of light
USEFUL FOR

This discussion is beneficial for individuals interested in optics, vision science, and those experiencing visual anomalies under UV light, including myopic individuals and eyewear users.

skipper1
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ever since a few years ago when my and my sister both got black lights for our rooms [ i am myopic so i have to wear glasses] i have uv protection [non darkening] idk what it is but when i had my glasses on i saw the light a dark purple and the room would be darker and when i took my glasses off i saw the light bright light blue and purple and the room was easy to see in. anybody know what this means? also i heard girls see more colors so i think I am might be true ^u^
 
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Skipper, I'm having a little trouble understanding you. Your grammar and sentence structure is poor. Could you please try to use a little more correct English when writing a post?

Anyways, I don't know if you see in UV, but the little I've read on it suggests it is possible. Supposedly people who have had their lens removed from their eye can sometimes see UV as white in color, meaning that it activates all 3 cones in their eye, which could explain you seeing a light blue instead of purple. However, I don't know nearly enough about optics to say for sure, so I wouldn't go around telling people you can see in UV just quite yet. It could be something else entirely that you and I don't know about.
 
It's entirely possible that your glasses block part of the spectrum range which is visible to you. I wouldn't call that seeing in UV, though. Everyone has effectively the same spectrum of sensitivity to light. It's just that the further the light gets into UV, the "dimmer" it appears. If you have more sensitive vision, it's possible that you still see the light that's too "dim" for someone else to see. But simply increasing brightness of the light would make it visible to the other person as well.
 
uh? so i know what is English not a ********.
 
skipper1 said:
uh? so i know what is English not a ********.

Sorry, I don't know what you are trying to say here.
 
Skipper1, your rambling is incoherent. You have no special powers.

Claude.
 
skipper1 said:
ever since a few years ago when my and my sister both got black lights for our rooms [ i am myopic so i have to wear glasses] i have uv protection [non darkening] idk what it is but when i had my glasses on i saw the light a dark purple and the room would be darker and when i took my glasses off i saw the light bright light blue and purple and the room was easy to see in. anybody know what this means? also i heard girls see more colors so i think I am might be true ^u^

Hi skipper. I have no technical knowledge of what constitutes a "typical" UV absorption spectrum for eyeglasses, but it could be possible that, in addition to being strongly absorbent to UV, your glasses are also weakly absorbent to near-UV (i.e. deep violet). As K^2 mentioned, the eye's sensitivity tapers off towards zero as the wavelength of light decreases towards UV--that is, as the colour of light goes from blue --> violet --> deep violet/near-UV, and finally to UV, which is invisible. When wearing your glasses in normal lighting conditions, you wouldn't notice that your glasses absorb a tiny bit of deep violet because your eye is only weakly sensitive to light in that wavelength band anyway. However, under a blacklight, deep violet is the only colour of light available, and you would easily notice if your glasses were absorbing some of it. Try this is a test: under the blacklight, give someone else your glasses to wear and ask them if they observe the same darkening effect that you do.
 
P.S. I apologise for the people who evidently got up on the wrong side of bed this morning.
 

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