Oh, the irony. There's only one reference to an actual magnetic field strength in either of those PDF's (page 10 of your first PDF), and it isn't in connection with the simulations. They never state what fields were used or calculated in those simulations, so there's no way to compare those simulations to anything real. But let's take a look at it in more detail, shall we? They suggest a field of 10
-9 to
-10 Tesla. OK, fine. How much force would this field apply to the sun? Well, we need a charge on our sun. Your predictions for the charge have always been absurd. So let's find a
real estimate:
http://www.aanda.org/index.php?option=article&access=standard&Itemid=129&url=/articles/aa/abs/2001/24/aah2649/aah2649.html
"The net positive charge has to be smaller than 10
−36 qA Coulombs, where q is elementary electric charge (charge of proton) and A is number of baryons in the star."
That works out to be on the order of 100 Coulombs for the sun (which has ~10
57 baryons).
So what's an upper bound on the force on the sun from this large a magnetic field? qv x B. Our solar system is moving at about 220 km/s ~ 2x10
5 m/s. So 100 C x 2x10
5 m/s x 10
-9 T = 2x10
-2 N. What acceleration does this provide? a=F/m = 2x10
-2 N/2x10
30 kg = 10
-32 m/s
2.
Now, what's our actual acceleration about the galactic core? Well, it's 2pi*v/t, where v is our velocity and t is the period. Our period is about 8x10
15 seconds, so 1.4x10
6/8x10
15 ~ 1.7x10
-10 m/s
2.
So magnetic forces can only account for roughly 1 part in 10
22 of our acceleration. Same basic calculations will apply for other stars. So either you need to drastically increase the magnetic field for your model or you need to find some way of containing many orders of magnitude more charge on your sun in order for the difference to even register against the
error bars, let alone describe the discrepency between visible mass gravity and observed acceleration. But there's about a 20 orders of magnitude gap to close, and it cannot be done. I've already demonstrated how unfeasible cranking up the charge on the sun is, and you have never responded.