There is no rocket science in greenhouse gas behavior. When we return them to the atmosphere, they behave just like they did the last time they were there, and just like they do in the lab, and just like they do theoretically. They lower the energy from the sun reflected out into space.
Beats me, never got there.*
I was just enjoying examining how materials interact with photons. That and watching the other two argue endlessly over some point I never addressed. *
I have no current idea how much of what wavelength gets absorbed, or to what percentages it may be converted from one wavelength to another.
*I was following through as to whether reflection is, in fact, absorbtion and re-emittion at the same wave length.
Transmission through glass was missing piece for me.
It obviously must be absorbtion, for reflection, a photon can't change direction. It has to be absorbed and when re-emitted, its a different photon. It must be. *Its got an different direction. *But that transmission just bothered me. *Relevant or no, it is to related and bothered me.
*Gslack and what's his name were so focused on winning, on being right, that they were hung up on the idea that absorbtion and re-emittion must mean at
different wavelengths. I never said anything about what wavelength gets re-emmited. *I honestly didn't get what their issue was till later.
Still, I did give a hint by bringing up stimulated emission. *Obviously, stimulated emission is the same wavelength for the stimulated part. *And the question about transmission through glass is also the same wavelength. *
And why would it be a different wavelength anyways, if it's reflection?
He tries to make things to complicated. *Tries to hard. And if you've studied psych seriously, you can see their psycho stuff. *As soon as they say "you". "You this...", "You that ..." out of nowhere. *I say "object". *They say "You ..."*The net just atracts them like bees to honey. They just can't see it. *They are looking at a computer screen, little letters. No face, just words appearing on a screen.**It's like a Rorschoch test. *You see what you want to see. It's not rocket science.
I have no clue how quantum computing is suppose to fit in. * I think he just had some manic fit. *I don't want to try.
It took forever before I realized a new search term to find my missing piece. *It was "electon+valence+band+molecule+vibration+energy". *And somehow that led a path to Feynman and QED.*
You should watch the the Feynman videos I linked. *It's an awesome explanation of QED. *And he makes it not rocket sciene. *That was a missing piece for me, never studied that, too modern. *I get it. It has a natural extention from phasors in electronics and electro-magnetic wave theory. But it really nails down the fact that reflection is absorbsion and re-emission. *It's even more than that, it's then probability of absorbtion and re-emission from every possible path, added up together.
Whether reflected, scattered, transmitted, or refraction, it's all the same. *They are absorbed and re-emitted on every possible probability path.
Oh, and apparently photons aren't waves anymore, not particle/waves. *No waves. *Just particles. Any way we measure them, they go "click click click" as they hit thing. *Einstein would be satisfied with that much. So, Particles with a rotating probability amplitude phase. *Einstien wouldn't be happy with the probability part.