JAYDEEJOHN :
Youre the one who brought in photons.
I guess nothing from the sun heats the atmosphere then?
When its less dense, the atmosphere is colder
When and where its more dense, its allowed to become hotter, since more matter resides within these areas.
As its reflected back into space it has a reverse effect, meaning, entering into the atmosphere, its easy for the various particles to travel in the upper, less occupied atmosphere, with the results being, colder temps, as less reaction is created.
As it travels thru the rest of the atmosphere, it runs into more objects/particles, where theyre more dense
After reflection, its reversed, where higher densities occur at the lower atmosphere, and by the time it reaches the upper atmosphere, alot of these particles/energies, are already used up.
As all this occurs, these particles, all of them, are slowed, bent and in lessor quantities.
Being slowed, it changes the wave lengths, as well as being bent.
Since certain particles respond better to certain wavelengths, this too is another change, and theres no certain constant of effects when doubling any particle.
Its easy to understand, but according to supposed claims, it doesnt work this way, its more like it just doubles, which is dead wrong
Now, after saying this, I know I'll have to find those links etc, but think before I do, because here are 2 positions, one, done by specialists in their own field, the other, being used by a differing field trying to prove something that doesnt carry any water.
As to the decay factor, no, other than these early findings, which I'll also find more in depth data
But, understand this
The reason I bring up such things is because, these still not understood fully effects, tho small, spanned across hundreds of thousands or even billions of years change the whole ballgame on many findings, and at this point, again alters studies assumed to be spot on.
Im not saying this is a end all fact one way or another, as these new findings may end in having greater proofs of global warming, but my overall thrust of these things is more to the uncertainty of where were at
Im also disappointed with the tree study in Russia.
Too much emphasis placed on a shrinking data base that becomes irrelevent in the end.
Also, Id like to know why the charts done earlier were changed, not including the cooler periods of the earlier 19th century, which by the way, were included on earlier studies by the same people
Add it all up, and you get the hockey stick, only after all the changes, which arent consistant to their own graphs, tho at first, they were.
Needing to change your own data, old data, with no additions, only subtractions, to show your theory is working, is very very amateurish, and doesnt belong in any scientific community, aspecially one where billions of peoples tax dollars, as well as the ears of their elected officials.
I know it doesnt appear Im keeping an open mind on this, but after having a few conversations, learning a few more things, its closing fast, and since I was never convinced one ways or another, I think Im still credible, as pure true believers are the ones whove given up listening at this point, but as I said, Im still trying to appoint truths to these things, but its just harder as other knowledge comes forth, or has been here already, and its just me coming to it
PS Talk to miners, see what happens a mile down.
I believe I remember reading about the deepest mine at the time in Africa, and they were becoming limited in their depth, because of the heat, tho the gold was still down there
No, I actually just clarified on photons. Photons are the carrier particle of electromagnetic radiation – light. You said that gravity was one of 'three things controlling the energies by vast amounts'. Energy is usually delivered from the Sun and almost always delivered as photons. So, no, it was you who brought up photons, I just clarified. You then continued, and asked these four questions:
'Whats the effects of gravity on rays? Rays which effect CO2 etc?
What wavelengths are most affective for heating? Do those rays/wavelengths change in differing atmospheres?'
By rays you mean electromagnetic radiation, or at least I assume you do, as the only other 'rays' I can think of are 'cosmic rays' which are high energy protons, for the most part, but they are pretty constant in their arrival at earth. Rays which effect CO2 would be nearly always made up of photons; it's the molecules interaction with particular bands of electromagnetic energy which make them greenhouse gases.
Then you mention 'wavelengths'. Due to duality in quantum physics objects like electrons can have wavelengths, but wavelength is almost always used in regard to photons.
As I have explained to you, gravity does not directly effect photons, because they are massless and gravity interacts with mass.
The energy from the sun would be photons, and are unaffected by the gravitational pull of the earth.
'As its reflected back into space it has a reverse effect, meaning, entering into the atmosphere, its easy for the various particles to travel in the upper, less occupied atmosphere, with the results being, colder temps, as less reaction is created. '
Clarification needed. I have no idea what you are talking about.
'As it travels thru the rest of the atmosphere, it runs into more objects/particles, where theyre more dense
After reflection, its reversed, where higher densities occur at the lower atmosphere, and by the time it reaches the upper atmosphere, alot of these particles/energies, are already used up.
As all this occurs, these particles, all of them, are slowed, bent and in lessor quantities. '
Can you clarify this as well?
'Since certain particles respond better to certain wavelengths, this too is another change, and theres no certain constant of effects when doubling any particle.
Its easy to understand, but according to supposed claims, it doesnt work this way, its more like it just doubles, which is dead wrong '
Again, I'm afraid I have no idea what you are on about. Can you clarify?
'As to the decay factor, no, other than these early findings,'
So what you are saying with regards to the half-life of Oxygen-18 and Carbon-14 is that you have no evidence that they are effected by any environmental conditions, because the study that DID find variation did NOT use carbon-14 or Oxygen-18, and since another study found no variation within the decay other isotopes you cannot say that this study (which didn't look at these two isotopes) has any relevance at all to these two isotopes.
Well, it doesn't appear that you are keeping an open mind, because you have rejected perfectly good data just because it shows warming or disagrees with your view.
Yes, with regards to temperature in the crust, this was my mistake. I assumed, erroneously, that the amount of shielding would be enough along with the lack of sunlight to cool the inners of the crust.
P.S. What 'tree study' are you talking about?