OT - I'm bored

[flyersfan4706]

What color shirt/sweater/whatever are you wearing

EDIT: Im asking darkstone

 

[CatScrap]

 

[CatScrap]

What color shirt/sweater/whatever are you wearing

EDIT: Im asking darkstone

 

[Darkstone42]

What color shirt/sweater/whatever are you wearing

EDIT: Im asking darkstone

About 450 nm.

 

[naslundfan19]

MONKEY, MONKEY, MONKEY!!!

 

[flyersfan4706]

About 450 nm.

ALright, Mr. I KNOW EVERYTHING ABOUT LIGHT. That shirt is 450 nm. It is every color BUT 450 nm. But wth the way light it hitting it appears so.


This is all friendly, of course. I just wanted to get you at your own game, sorta.

 

[CatScrap]

About 450 nm.

BLUE!!!!!

 

[Darkstone42]

ALright, Mr. I KNOW EVERYTHING ABOUT LIGHT. That shirt is 450 nm. It is every color BUT 450 nm. But wth the way light it hitting it appears so.


This is all friendly, of course. I just wanted to get you at your own game, sorta.

Of course. A simple discussion on absorbance. I'm always game.

I've been tracking reactions at 470 nm for the past week or so. But they look brown. Of course, the reaction I'm tracking is much less concentrated than the brown stuff, but it's still a little disappointing to know there's a much more attractive color hiding in there.

 

[IPostedWhat]

I think 4706 & Dark are trying to give Nas & Ratari a run for their money with BFF posters on here.

 

[CatScrap]

ALright, Mr. I KNOW EVERYTHING ABOUT LIGHT. That shirt is 450 nm. It is every color BUT 450 nm. But wth the way light it hitting it appears so.


This is all friendly, of course. I just wanted to get you at your own game, sorta.

Yes and No the wavelength of the wave/particle that is being transmitted back to the eye from the shirt is appoximately 450 nm making the shirt/sweater appear blue in color.

 

[Darkstone42]

I think 4706 & Dark are trying to give Nas & Ratari a run for their money with BFF posters on here.

You could have what we have. You need only just ask.

 

[naslundfan19]

I'm not dead!

 

[Darkstone42]

Yes and No the wavelength of the wave/particle that is being transmitted back to the eye from the shirt is appoximately 450 nm making the shirt/sweater appear blue in color.

The squiggly lines make me happy.

 

[flyersfan4706]

We're all friends. But I am done with this conversation. My head hurts.

 

[IPostedWhat]

I am no one's friend, but you call use the Horse Signal if you need me.

My occupation forces me to be isolated to protect people from being a target.

 

[CatScrap]

Of course. A simple discussion on absorbance. I'm always game.

I've been tracking reactions at 470 nm for the past week or so. But they look brown. Of course, the reaction I'm tracking is much less concentrated than the brown stuff, but it's still a little disappointing to know there's a much more attractive color hiding in there.

Have you been able to attain what other freuqencies are being mixed in with blue yet? obviously its going to be some form of the 4:1:1 RGB but just curious if you found the particular wavelenghths your studying yet.

 

[IPostedWhat]

Of course. A simple discussion on absorbance. I'm always game..

For me, it Depends.

 

[Darkstone42]

Have you been able to attain what other freuqencies are being mixed in with blue yet? obviously its going to be some form of the 4:1:1 RGB but just curious if you found the particular wavelenghths your studying yet.

Well, I'm doing a kinetic study, so they don't matter. But there's a lot of stuff happening between 100 and 300, and above 600. It doesn't really explain the brown, though, since most of it's outside the visible spectrum. But the blue, by Beer's Law, suggests a max concentration around 50 uM.

 

[elocomotive]

I think 4706 & Dark are trying to give Nas & Ratari a run for their money with BFF posters on here.

WHAT?!??! I thought Dark was my BFF...

hahahaha.

 

[dare2be]

We'd never know. The mirror would shatter in fear.

That by default would mean the reflection loses.