Hi, I'm a newbie, how about a comparison model?

[folaht]

Hi,

I'm new here and I'm not that smart. I only have had highschool physics.
Anyway, I was just wondering, I don't see much formula's here, so I'm wondering how planetary and stellar motion works in EU
and can anyone make a comparison model?

Can anyone make a computer model where you see four different orbiting models of our solar system.
One Observational model.
One newtonian model.
One Einstein model.
One EU model.
And perhaps do the same for other systems like a galaxy or just the moon around the earth.

This in order to show why the newtonian model and einsteins model don't correspond with what's being observed in our universe and hopefully the EU model does.

[Krackonis]

Well... You don't need a computer model. You can actually simulate the EU 'model' in a lab.

Have a huge circular conductive sphere. With the a iron ball in the middle, and see if you can induce the ball to glow by charging the sphere. Then, by suspending "bb's" and ball bearings, some hollow and some not, by insulators and pump the air out until it's a near vacuum it should react as a solar system. But in "high speed".

Plasma is hard to model with a computer only because it's a like a fluid, but it responds to and generates magnetic and electrical fields. The science of this is called "Magneto-Hydrodynamics". In a nutshell, that would be a solar model.

I hope this helps.

[earls]

A computer model would be awesome, however no one here has the skills necessary to construct such.