Hoy.
Well, anyone who goes back and reads this thread will find that I am the only human being alive (other than published team members) that "predicted" that green glow under the chromoshere. I even predicted a distance too based on Kosovichev's heliosiesmology data which I have also been debating now since the dawn of time (well, 4-5 years now).
I couldn't have nailed that prediction any better if I tried, and I can't even adjust them based on the limited SDO images I have seen.
I must say I'm a bit disappointed you didn't notice a key "prediction" when you see one. That photoization issue was a "biggie" in terms of "problems" for any non electric solar model. There's no way to explain it in fact without electricity, even if they want to stick with an iron plasma model for awhile.
My confidence comes from a multi-year process and a series of "prediction-verification" processes which I have been through, that green light being the most important one.
I first 'came up' with the idea of seeing the surface of the sun after wading through about 17 gigabytes of SOHO RD image. I got the idea early on, but I downloaded everything I could find to be sure that I wasn't imagining what I was seeing and because I wanted to carefully study them.
I realized then that if there was any validity at all to the concept, I should be able to find a lot more visual and other types of evidence to support the idea. If I could not find them, I figured there probably wasn't much merit to the concept.
The first thing I tried to figure out is how I could "see" under a supposedly "opaque" surface. There was simply no way light of this wavelength could get through the surface in the SSM due to photoionization issues. We're talking light absorption measured in meters. That seemed at first like an insurmountable hurdle.
I knew if there was a surface, then the material in that supposedly opaque photosphere could not be composed of the standard elements proposed by the standard model, and it would *necessarily* require some kind of electricity to ionize that material. It had to be at a very high energy state.
I needed a spectral analysis. I went and looked up the SERTS data again. I'd seen it years before, but I needed to understand what that material was made of, and I believed I might get some idea from that data. Low and behold I found both highly ionized neon and highly ionized silicon in quantities that really were not consistent with standard theory. Why is that neon so heavily ionized? Bingo! I found some "evidence" to give me a hint of what that region might be made of.
I also recalled seeing a heliosiesmology video a few years before that struck my eye then because I couldn't explain it then. I went hunting for it, and found it again and that is the tsunami page of my website. Again, I found more evidence in that data to support my theory. I wanted to verify that I "might" be able to see through the photosphere in some kind of Yohkoh/Hinode overlay because to my eyeball it looked like the 171A went further into the atmosphere than the x-rays. After some serious scrounging around the internet I found that Trace/overlay composite image that shows the 171A extending deep below the chromosphere. I realized at some point along the way that if SOHO could see the surface in RD images, the Trace should provide me with a very good closeup images too. I also found that at the LMSAL site.
I wondered if anyone had ever "tested" anything about this model and lo and behold I found Birkeland's work.
Everything I have "predicted" in this model has proven true for the past 5 years. After seeing the SDO first light images, I now have complete confidence in this solar model, right down to the error bars.
I realize that probably none of this makes any sense to you, but that green light under the chromosphere is the destroyer of the SSM. We could tinker with the RGB settings of various iron lines and always come up with the appropriate color in that region and always the same depth. That's another "prediction" by the way.
When they eventually do run long cadence RD images in SDO and look, they'll find a 4800Km gap in their theory.
About all I can do now is let the world catch up a bit.