Okay I edited it and made it a bit shorter. It is however of vital importance that you do understand and you can too. There is no such thing as "can`t".Well I don't pretend to understand a bit of that Polarbear, and in all honesty, just don't have sufficient interest to sit down and learn to understand it.
But I will say, if CO2 is a significant factor in all this, and if the info I posted earlier today on global cooling is the real deal, you and Ian and such better figure this out in a big hurry so we know whether we need to be decreasing or increasing CO2.![]()
The problem is if I explain it using easy to understand analogies then it gets ridiculed minutes later. But I don`t really care because it`s not up to the trolls and spammers to evaluate me, that was done when I wrote my exams. So they can`t get under my skin because all I have to do is look at my semester scores and my final exams.
So picture a beam of light with a wavelength of 15 µm as a white q-ball smacking into a racked set of red snooker balls.
Use the 15 µm as an angle analogy how far off your aim from the center was. Beyond that angle it`s a "scratch" and the q-ball slams full force into the opposite end rail (going out into space...all the light that CO2 can`t absorb )
Had there been no red balls (no CO2), the q-ball would have impacted full force at the rail. But the red balls absorbed the energy and disperse it in different directions. Some of them impact on the rail where you had q`d off ( radiated back some of the energy that they got from the white q-ball).
There is nothing wrong using analogies as long as you don`t stay with them unconditionally, because photons don`t have a mass like snooker balls.