Bears one of the sharpest tools in the shed, IMHO.
No argument from me there. I'm just saying that I don't have to know how to calibrate an IR spectrophotometer or even know what one is in order to know that I don't want to give up my liberties, choices, options, and opportunities in a futile pretense of altering what is most likely a normal climate shift. But I would like to know what's coming so that I can properly prepare for it.
Just like you, I don`t worry about things that are beyond human control either. Just like you, I would not pay the witch doctor to end a drought but you are also just like me by wanting to know what really caused the drought, or what is cause and effect in general.
Now it all depends how deep you want to dig and "these things do run deep"...I think that is stated somewhere in the bible.
That leaves you with some choices. You could either let faith decide, or dig as deep as it takes to get to the bottom of the matter.
Mankind chose the latter.
The problem is that during the digging process we dug a maze of tunnels and some people run around in circles in that maze which is an analogy to "circular proof".
IanC for example is not far off the mark. He is almost all the way through the maze but only inches from the finish line he took a wrong turn.
Could be I mis- interpreted his statement what he means by "impede".
There is a good reason why a lot of people who study physics chose to study German. English is an elegant language but too many words can have several meanings which depend on the context.
So unless the entire (long winded) context is there it is difficult to make a precise statement. "impede" would translate to "verhindern" ...and if you start out with the German word "verhindern" then the most accurate translation is "blocking"...and there is no way you could "verhindern" photons from being emitted by an exposed radiation source.
IanC is not stupid and I rather suspect it`s the ambiguity of the words he chose,...so I`ll wait for him to elaborate the "impede".
Meanwhile I`ll elaborate my position again with a shorter context, taking the risk of being taken out of context.
Could be IanC meant to say "impeding" the rate at which energy is lost from the hotter object, in other words how fast it can cool down.
Nobody argues that a second, warm object can slow the rate of radiative cooling of a hotter object, but that has absolutely nothing to do with the IPCC`s insistence that this can be re-phrased as "heating".
But climatologists do rephrase it and have the warm object heat the hotter object to an even hotter temperature.
Yes it is possible to achieve a higher temperature if the hotter object has an INTERNAL heating source and was at equilibrium when the "warm" but cooler object was not in the vicinity.
But in no way can yo raise the temperature of the hotter object if the 2.nd object also "impedes" the
EXTERNAL heating source, the sun to a higher degree than you "impeded" the radiative cooling of the object that the sun heated. And with a 120 km thick atmosphere at ~ 380 ppm CO2 the external heating source the sun is
seriously "impeded" in the 15 µm IR band. So now you have to find out if the rest of the spectrum can feed enough energy to planet earth to
OVER COMPENSATE for the CO2 "impedance"
at 15 µm.
Black body math says it can not...because already at the initial equilibrium temperature the bulk of that heat radiates "un-impeded" well below 15 µm right trough CO2, no matter how concentrated.
And the hotter you try to make the earth the farther away (lower than) from 15 µm and less "impeded" by CO2 will earth radiate heat.
Not just that but it will do that not just by a factor of "times the higher temperature" but by a factor of the higher temperature
to the forth power.
But if you prefer not to dig so deep, then all you have to do is look at what`s going on in the "goldy lock (temperature) zone" of the sun.
The ISS and all of our satellites are in the same "goldy locks temperature zone". But unlike planet earth, there is no atmosphere shielding the ISS.
Despite the materials that our best technology has to offer as far as albedo effect etc. is concerned the "sunny side" of the ISS sizzles at over + 120 C.