Boy, that takes me back. It was hilarious seeing Michael try to define pressure in terms of the ideal gas law.
Yep. Of course, I'm sure MM would be only too happy to repeat that argument for another 30 pages
rather than (say) trying to propose an actual alternative cosmology model and compare it to data.
Michael? Here's a suggestion---a temporary, practical suggestion. There's a
long, long list of undergrad-physics-concepts that you think we all have wrong. Let's call them Mozconceptions. The Casimir effect, and its relationship to generalized pressure and quantum vacuum energies, is
just one of the Mozconceptions.
I think there are two categories of Mozconceptions. First, there are things that
you think are slam-dunk "errors" in standard cosmology. You think that Lambda-CDM is trivially false because, in the entire history of modern cosmology, nobody thought about "negative pressure" long enough to notice that it has the opposite sign of ideal gas pressure. Similarly, you think that nobody ever counted the free parameters in Lambda-CDM so the fits are erroneous; that nobody ever looked at the continuity of B-field lines before dealing with reconnection; etc. So you think "if I can just win ONE of these arguments then LCDM is dead". Let's call these Type A Mozconceptions.
Then, there are Freshman-level concepts that you think
do not work against EU/PC. You think there's something wrong with mainstream descriptions of heat conduction, ionization, blackbodies, E&M forces and the equivalence principle, the neutrality of the solar wind, etc. If you don't win ALL of these arguments, your model needs to be substantially revised, at the very least. Let's call these Type B Mozconceptions.
Here's a suggestion, MM. If you want to argue about one of the Type A Mozconceptions, there is an
enormous body of literature which will explain these effects to you. You are welcome to read that literature and try to poke holes in it. You can do this on your own; you'll find well-typeset equations and diagrams; and you will not waste everyone's time.
If you want to argue about the Type B Mozconceptions, that's an iota more promising. If you want to talk about the EU/PC model, stand up and defend the Type B Mozconceptions. Tell us
why the textbook-standard thermodynamics laws don't heat up your iron sun; tell us why the textbook-standard EM equations yield forces 10^30 times too small to have cosmological effects. Remember, these are things that
no one except you has any interest in defending, and
no one except us is willing to waste time discussing. That's worth wasting thread space on.
Does that make sense? If we're discussing a Type B Mozconception, like (say) "MM thinks that Coulomb repulsion makes galaxies accelerate", don't abort the discussion by switching back to rehashes of the Type A Mozconceptions. If you do, the EU/PC model goes nowhere; I continue thinking what I was thinking before ("In the absence of evidence to the contrary, EU/PC is proven wrong by X,Y, and Z"); and you get to have standard physics textbook material spoon-fed to you over and over. That's a waste of electrons. If you can stay focused on
your own model, maybe we get somewhere.
(For example: you actually learned something, I think, when we forced you to defend your interpretation of the SDO images---a type-B Mozconception---in the "aether batteries" thread. And for 20 or 30 pages the thread did
something other than rehash the same arguments. Then you switched from "defending your interpretation" to "generic griping about dark energy"---lots of Type As---with the usual effect that the last 30 pages of the thread look like they were cut-and-pasted from the last 30 pages of any other thread you've ever been in. Next time, stick to Type B.)