The pressure in a vacuum is due to virtual photons in the vacuum.It's a *force* (not pressure) that comes from the EM field. The "pressure" of a "vacuum" has nothing to do with the EM field.
I said:
To which you said:Oh and links to an article on Casimir pressure. Oh, and makes no reference to ideal gases or neutrinos.
Are you tring to tell me the thing called the "Casimir pressure" is not a pressure? Seriously?Gah. That is because it's a *FORCE*, unrelated to the "pressure" in a vacuum/chamber.
It was an utterly stupid example since its trivial to show it has no effect on the experiment whatsoever.The neutrino example was simply to demonstrate that there is a lot of kinetic energy flowing through everything all the time.
What? How can it be totally unrelated to pressure? Pressure is force divided by area. We're trying to calculate the force on a plate of a given area. How can you possibly think these things are unrelated? It even gives the final quantity as the force per unit area!Er, no. Your side has been claiming this is a form of "negative pressure". It's a "force" unrelated to "pressure" that comes from the EM field.
Yes it is.It can attract or repel depending on the geometry involved. It is not a demonstration of "negative pressure" as you folks claimed.
Can you support the above.. Because all the world's leading experts on GR disagree with you completely. Who should we believe? Those who understand GR and the cosmological observations and can use one to the interpret the other. Or some guy who doesn't even understand the cosmic microwave background and tries to disprove the possibility of negative pressure caused by virtual photons by using the ideal classical gas law?False. It means that *if no other factors are involved*, it must expand or contract. In the presence of pervasive and persistent EM fields however that may not be true anymore. In such a case EM fields are not necessarily directly related to GR theory so there is no point in stuffing their influence into (inside of) GR theory in a sort of "ad hoc" manner. MHD theory however might come in very handy when looking at external (to the mass objects) energy.
Yes "you" can.I'm open to a static or non static universe. I'm not actually *claiming* anything about the expansion process other than you cannot empirically demonstrate is has anything at all to do with "space expansion" or "superliminal expansion".