I have not looked carefully into plasma cosmology, and I am not an astronomer (though I do work with one, so I can ask her her take), but a quick search suggests that it does not adequately account for actual observations of the universe.
When you hear that, you typically hear it from the mainstream, and you hear it in relationship to WMAP data. Astronomers have *beaten* PC theory over the head with that data for decades now. It turns out however that their theory does *not* correctly or adequately predict what we see in the Planck data, the replacement, and higher resolution version of WMAP. Whatever 'claims to fame' they had prior to Planck went flying out the window since then. They are desperate at the moment to come up with a "fix' that will allow them to make similar assertions about Planck data. At moment however they can't come up with a 'consensus' on how to fix the problem, so they're basically throwing out all sorts of new supernatural ad hoc entities to 'fix' their problem.
PC/EU theory is strictly based on the empirical principles of plasma physics and gravity theory. Plasma physics does well to describe *most* of the behaviors of a *mostly* plasma universe. GR theory better describes the behaviors of the 1 percent or so of the matter of the universe that is not in the plasma state. PC/EU theory is a combination of both plasma physics and GR theory, or at least until GR theory can be explained by EM fields. It's based upon pure physics.
PC theory doesn't adequately describe the Plank data because it's built from the *ground up*, starting from inside our own solar system, and working itself into the galaxy level, and ultimately the cosmology aspects.
PC/EU (plasma physics and GR) theory *well* describes the behaviors of plasma in our solar system, inside our galaxy, and inside our universe. It does *not* attempt to "speculate" about 'creation dates', and things that humans could never hope to demonstrate. In that sense, it may never feel or seem as fully mathematically "beautifully complete" as a creation mythology that depends on a half a dozen non demonstrated claims, but looks real pretty on paper.
Which is to say, it is not an unscientific theory, but it is a falsifiable one, and it appears to be largely falsified.
How so, particularly in light of the Planck data fiasco? Guth claimed it was homogeneous on the largest scales. It's not. Now what? PC theory may have made no claims about Planck, but it can't be falsified by Planck data either. The reverse is not true. Lambda-CDM was actually *falsified* by that hemispheric differences in the data set. It shouldn't be different in different hemispheres. It's different.
I am not saying this because I believe it will convince you that you are wrong--I don't,
I'm very glad to hear that, otherwise you're definitely setting yourself up for a huge empirical disappointment.
and I'm sure you have excellent reasons for rejecting the standard cosmological model and embracing it,
I embrace it for the same reasons I embrace empirical plasma physics and gravity theory. FYI, I reject Lambda-CDM because it ignores EM fields in a mostly plasma universe.
much of it probably spurred by some of the assumptions that have to be made in that model (dark matter and energy composed of an unknown substance). I am saying it in order to let other people reading this thread know that your posts have an agenda, that of promoting a widely discredited cosmological model.
Well, I have personal opinions which I share with others like everyone, just like you shared about PC/EU theory being 'discredited'. Frankly all the discrediting has been to Lambda-CDM as of late. That Planck data is a real fiasco for mainstream theory. They can't even come up with a consensus yet on how to deal with it.
Like I said before, sometimes people with an agenda are absolutely right, so that doesn't necessarily mean you are wrong; but if the model cannot account for observed experimental evidence, the odds that the model is wrong are quite high.
Again, it really depends on what you're trying to explain with the model, and how well it fits the data. If your statement is true, then the odds that Lambda-CDM is wrong are quite high, whereas PC/EU theory made no predictions about that data set to start with.
Keep in mind that PC/EU theory is based upon Plasma physics, and the concept of "circuits" that flow through plasma threads. Hannes Alfven was the first individual to apply these concepts to events inside our solar system, and galaxy and of course he won the Nobel Prize for Plasma physics. I assure you that my preference for empirical physics is well grounded in the lab, and well supported in the lab. That includes the fact that inelastic scattering can be directly linked to photon redshift, and signal broadening in a plasma, and the universe is mostly plasma.
I've actually used these principles on JREF to "predict" a 48 solar flare window, and specific active region that produced *multiple* M class flares, starting within 20 minutes after the start of of my prediction. These methods work in the solar system, and I'm sure they work everywhere.