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Anonymous
I feel like some posting some hi res today
>> Anonymous
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>> Anonymous
>>194562
HR gayness is HR
>> Anonymous
Where is that?
>> Anonymous
op, wtf is this ?
>> Anonymous
It's a spectrograph, if I remember high school chemistry. It's too... I don't think it's a spectrograph of a star... anybody have a clue?
>> Anonymous
>>194562
proof that gayness is genetic!!!!
>> Anonymous
>>194631

Wishful thinking for those who want to feel at ease with their problems.
>> Anonymous
Saw this a long time ago in a Shoutwire article. I think it said this is the every single color and it was saying something about it not being seamless... eh fuck it i don't care you figure it out or someone find that link
>> Anonymous
It's a chart of some sort of the coloured rays emitted from the sun, I think.
>> Anonymous
OP here

>>194603
From memory the thread I got it from said it's a spectograph of all colours it's possible to see, with the blank spots being... radiation (?) or something
>> Anonymous
what, every frequency of light in the visible (and not so visible) spectrum?
>> Anonymous
*sigh* you guys obviously failed chem/physics. This would be an image from a spectrometer. An instrument used to determine what sort of light is emitted by light bulbs/stars/blast furnaces/fluros etc. where the colours being emitted by the light source show up as dark bands.

Source-wise is not so apparent... It can't be a star, there are too many colours. OP may be remembering correctly.
>> Anonymous
>>194717
but light is radiation, the blank spots are the parts where you can combine a couple other colors to create that shade, you know, to save the sake of repetition.
>> Anonymous
it's clearly a gay pride rendition of the "with teeth" poster
>> Fuzzy Logic !vrMM/Pho8Q
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>>194739
very very wrong!
the dark bands are the frequencies of light which are absorbed from white light.
this happens to be the emition spectra of the sun(white light = all of the colours)

the quite light is filtered through the layers in the sun, and you get this the absorption of the substances in the outer layers of the sun(iron, carbon... etc...)
we can tell whats in any sun by what bands of light it doesn't have

picture just to show I'm pretty keen on physics/chemistry
>> Anonymous
>>194565
What?!?!! is it?
>> Anonymous
>>194799

I believe that it's the Library of Congress. THe reading room, to be specific.
>> Archivist !HAYA0lds9A
http://angryastronomer.blogspot.com/2006/07/astronomical-data-3c-spectroscopy.html
>> Anonymous
>>194903
Thanks for clearing that up, guy.

>Yeah yeah, I know I said stars have continuous spectrums earlier. And they would. If it weren’t for the fact that they don’t have solid surfaces and just slowly fade into a sort of extended atmosphere. That atmosphere is (relatively) cool, and thus, will absorb pieces of the continuous spectrum generated lower in the star.
>So what’s this called? As you might expect, it’s called an absorption spectra.
>> Hi-Res scanning Anonymous
>>194562
what is this thing?
>> Anonymous
>>195106
DNA string data fucktards, ever seen csi? duh
>> Anonymous
It bears a great deal of resemblance to a spectrograph image of Procyon, a star in Canis Minor.
>> Anonymous
>>195106
>>195116
>>195190
lol read the big green text just above.
>> Anonymous
>>195190
wut
>> Anonymous
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for comparison, here is the dna of a straight male, appropriately in non-homogay-jpg format
>> Anonymous
wonders where could get a spectrometer like this one