HOME | DD
Maleiva β Colors
Published: 2013-05-25 03:19:34 +0000 UTC; Views: 2437; Favourites: 157; Downloads: 26
Redirect to original
Description
Another photo of a density gradient, including the refractive effect of light on a CD.All colors in this pic are true and not a digital edicion.
Related content
Comments: 38
Cool Picture!! = ) I love rainbow colors!! <3
π: 0 β©: 1
No problem! ^.^
π: 0 β©: 1
Lovely experiment with the rainbow colors and the lighting.
π: 0 β©: 1
very thanks for you comment.
π: 0 β©: 0
WONDERFUL *-* Β so colorful *-* Β how can we get that?Β Β
π: 0 β©: 1
here the tutorialΒ Β Β Β Β maleiva.deviantart.com/journalβ¦
π: 0 β©: 0
And now for your daily dose of trippin' on acid.
π: 0 β©: 1
Haha but seriously. This is awesome.
π: 0 β©: 1
Whoahhh this is trippy as! o_o Awesome color effect you made with the CD! 
π: 0 β©: 1
Yes and in the test tube it is the effect of water colored with different amounts of sugar.
π: 0 β©: 0
Very interesting. The colors are so vibrant!
I expected this to be digital.
π: 0 β©: 1
Because this is the effect of water colored with different amounts of sugar and a CD.
π: 0 β©: 0
I first thought this was some sort of digital filter...but now I can only say wow.
But as a photo there are some things you could have done better... The whole rainbow in a glass thing would look a lot better if you cropped the image so, that only the rainbow part was visible and a plain white background would be better too.
π: 0 β©: 1
This is because the beam of light is shining on the CD, in the test tube have colored liquid in different densidades. They are different things.
π: 0 β©: 0
A test tube magic XD
π: 0 β©: 1
Haha
π: 0 β©: 1
this is pretty cool, the light reflecting out is like a artifical prism?
π: 0 β©: 1
The test tube containing colored water at different concentrations sugar therefore varies in density. The colors reflect out is for a CD, is an experience that it was originally made ββin a laboratory of physics and chemistry and then reproduced in my room. It is interesting that all these effects are real.
π: 0 β©: 0