how do you know they are?
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We see them.
you just said you can't explain why the corona is hotter than the surface?
That's right! And you can't explain why cooler surface photons travel toward the hotter corona.
so how do you know that there are actual photons?
We have pictures. (see above)
Again, it goes against your physics
Photons flying around in all directions don't go against my physics. Do they go against yours?
nice photo, doesn't prove anything however. light is light and you have no idea what is causing any of it. photons would be the last thing to bank on.
nice photo, doesn't prove anything however.
It shows photons from the cooler surface traveled toward the hotter corona.
the pictures shows light wavelengths. you have no idea how they are where there at. you said so.
the pictures shows light wavelenths.
The picture has photons all over it.
you have no idea how they are where there at.
They're there.
you said so.
I said cooler surface photons move toward the hotter corona.
The picture is proof.
Tell me what you are proving by saying "cooler surface photons move towards the hotter corona"?
Are you trying to say that the hotter corona is first absorbing these photons and then emitting them...and that is supposed to prove that a hotter body does absorb energy from the cooler one with the photons of the cooler one?
See that tells me that a typical warmer has no clue whatsoever what is going on and what is required for light (=photons) of a certain wavelength to be absorbed.
To absorb an em wave you need a resonator that can resonate at the right frequency in order to be able to absorb it.
The sun`s corona is an ionized plasma that is lacking the electrons in the orbitals that would absorb the photons you claim were first absorbed and then re-emitted by the corona.
Like hell they are absorbed, they radiate right through the corona because the resonator that would get pumped by this lower energy radiation is not encountered by these particular photons.
In spectroscopic analysis this is a very common problem.
Like for example determining the ppm Ca by atomic absorption spectroscopy.
When you aspirate the solution with Ca in it into the atomizer & the air acetylene flame in the optical path most of the light emitted by the hollow cathode radiation source goes right through it without being absorbed...because the Ca was ionized and that is why you will have to add Lithium Chloride to suppress the Calcium ionization....
You need the electrons in the resonant orbitals to be in the ground state or else you absorb sweet f-ck all from the radiation that is supposed to be absorbed.
I taught that stuff and the people I taught totally got that, no problem.
So what is your problem ?