The "standard model" in solar physics struggles to explain all of that, and can't do so without ad hoc trickery.
No, it explains it all pretty well.
I think you're confused, you have this reversed. It's plasma cosmology that's supported by a century of experiments and observation.
Sigh. Yet another PC?ES proponent that doesn't know the difference between astronomy and cosmology.
Where are the experiments reproducing the sustained nuclear fusion imagined inside stars?
If we could produce sustained nuclear fusion in the lab using the pp chain then the pp chain would be far too huge and therefore we wouldnt be here to perform those experiments. However, we can, for example, predict the number of neutrinos produced. When neutrino oscillations are taken into account (which is the exact opposite of ad hoc trickery being supported by asmospheric measurements, reactor measurements and beam produced neutrino measurements). I have never seen an indication that an ES model can explain even 1% of these neutrinos.
Then you should support ideas firmly rooted in scientific rigor, like plasma cosmology.
Ha-ha. Scientific rigour. Like a complete lack of self-consistency, hand-wavy explanations by pointing to pretty pictures, false claims about other models and a desire to publish in obscure journals that nobody else reads?
The so-called "standard model" is a dismal failure, it can't reasonably account for any observations of even our own sun without resorting to imaginary process that they claim can never be verified or falsified. The concept of falsifiability is key to the progress of science.
Completely and utterly false. Take the observations of solar neutrinos as an example.
You have the cause and effect wrong here. The observations led erroneously to the stellar fusion model, which was never verified by any experiment, and subsequently supplanted by the scientific approach offered by plasma cosmology.
Actually it has been extremely well verified by experiments (eg those pesky neutrinos again). How can can the collection of inconsistent ideas with little quantitative predictive power be considered a scientific approach. And what on Earth gave you the idea it has supplanted the SSM?
I don't know where you get this idea that electricity doesn't adequately explain what we see on the sun. Many times the experiments simulating them with electric discharge in the lab has been presented in this thread. Nobody can force you to believe it, though.
Sigh. See my analogy about the human.
Oh yes, and I'm still waiting for this quantitative evidence of the scaling between lab and reality.
There's nothing magic about electricity.
I know. That is exactly what I said.
That's not what's been happening in this case. In this case you and others have been presented many times the experimental verification for these ideas. No such verification exists for the "standard" model, the believers in that myth simply announce "the energies are too high", "the planets are not in line", "the entrails are not favorable", "we don't do tests".
Its very very simple. You make the claim that certain lab phenomena are the same as certain solar phenomena bar a scaling factor. Now you either do the science bit. That is:
1) List the relevant lab quantities;
2) List the corresponding solar quantities;
3) Derive the scaling factors to get from one to the other.
IF you can do that then you have experimental evidence. IF you cannot do that then you have no experimental evidence. Science is
quantitative. If you cannot support your ideas quantitatively then it isn't science. Can you do steps 1) 2) and 3)? If yes then why haven't you done it? If no, then how can you possibly claim to have verification when you don't have a shred of quantitative data?
By the way, do you know what quantitative means? From an earlier post it didn't look like you did.
There's much merit to simple observation, but without experiment, investigations are doomed to wander off into imaginary territories.
Controlled observations
are experiments.
I don't know who first put forth this notion that electrical discharges can only occur across a dielectric. It's not hard to imagine hundreds of examples of electric discharge every day that don't involve such a "breakdown". Does the idea that electricity is discharging through your computer right now upset you as much? What about the electricity discharging through your refrigerator? What about the ambient electric current of 300 volts per meter at sea level that is continually discharging? Where is the "break down" there? It's a steady, continual discharge. Not all electric discharges are transient like the spark from your finger to a doorknob.
Electricity isn't discharging through my fridge etc. At least I hope it doesn't discharge. I don't want to get a shock when I go down there and get out some bacon for my tea.
By the way, do you know the difference between charge and current? I'm becoming increasingly sceptical about that possibility too.