Michael Mozina
Banned
- Joined
- Feb 10, 2009
- Messages
- 9,361
Ah yes, her you have been caught in another lie.
No, you didn't understand what I meant and now you're trying to stuff words into my mouth (as usual).
Ah yes, her you have been caught in another lie.
You never comment on the "real" science. "Circuits? What circuits? Exploding double layers? What double layers? Electrical discharge in plasma? What discharge?" Sheesh.
Failed argument by wasting another 23 words with irrelevant chatter noted. Argument by lying,
Your whole game is argument by denial.....
You and RC are in *DENIAL* that it is even physically possible to have an "electrical discharge" in a plasma!
Woah, let's not get carried away. I said *SOME* fusion occurred in the atmosphere, I didn't say a significant fraction of the sun's fusion occurred in the atmosphere.
You implied that it's a large enough fraction to be observable.
Dungey said:The defining feature of a discharge in this context is the existence of a large current density. The electrons must reach at least relativistic energies ...
That claim has yet to be supported in any honest, objective, and quantitative way.
Sure, in terms of *TOTAL* energy output, but remember, this is an INTERNALLY powered system. If the exterior is variable, then that must also apply to the interior as well.
I believe coronal loops come up and *THROUGH* the photophere in the "discharge" mode, meaning the *ENTIRE* loop is lit (to whatever depth) and is PINCHING things together over the *entire* length of the loop, not just the part we observe in the atmosphere.
Why would the core vary the same way as the surface, if the fusion mechanism isn't the same?
You can believe whatever you want to, you have no evidence it's happening. In fact, even under your own model we shouldn't expect that. The kinetic energy that protons will reach is going to scale inversely with their mean free path, and since that will be far smaller below the photosphere than above it (because densities are much higher), fusion rates under your own model should drop precipitously.
How do you know the mechanism (pinch) isn't he same?
Not if the electric field increases significantly, particularly in places like the core.
The "pinch" effect could be enormous in the core.
But you have no mechanism to do that, and no way to account for the power output of such a "model".
Argument by irrelevant personal attack
Do you agree that a discharge DOES occur in a flare, yes or no?
Do you have a way to account for such a wide variation in neutrino emissions over a cycle?
Why are you asking that since it was you who said, "For the record, I said that a solar flare *IS* an electrical discharge." That comment is the one under contention here.
Your "slight of hand" attempt to deflect your unscientific assertion is obvious to everyone here (apparently) except you.