Sushi
Can you say 'DeathDart is writing gibberish in this thread?
Ok, first question, are you familiar with the galactic velocity curve anomaly.
From the viewpoint of Newtonian physics, orbits farther out ALWAYS have lower velocities.
Under Newtonian physics two objects with the same velocity, and in the same orbital plane will share that same orbit, until they crash (usually).
Stars orbiting within regions with less than approx 6.674E-11ms^2 gravitational fields tend to have the same velocity i.e. the flat velocity curve.
You seem to be blaming the character "Nibbler" from the T.V.show "Futurama" as the creator of "Dark Matter" which binds the universe together (in a way, that is way worse than cat litter).
So what evidence supports the existence of "Dark Matter", as in direct detection of it.
Did a particle cannon fail to destroy its target, because the particle beam hit a dark matter cloud, which came out of no where. If this anomaly had just recently appeared, I would give you the benefit of the doubt. Because a few wild gooses can either be dinner, or a learning experience. It is something else, when you can't confirm it's existence going on 3 decades. This is starting to sound like the promise of Hot Fusion.
Since you seem to have forgotten the basics of kinetics, or just wave your hand, and say it is not relevant to the galactic velocity curve anomaly, please explain why?
How do objects traveling at the same velocity avoid colliding while orbiting a galaxy. If velocity equals kinetic energy, then every galaxy should be a train wreck.
Or at least every galaxy without "Dark Matter", should be a train wreck.
So if I suggest that in apparently empty space, that the flow of time is infinite.
And I argue that objects traveling at the same velocity DO NOT have a train wreck, since they no longer have the same inertial mass.
They do have the same velocity, but they do not have the same kinetic energy.
Are there any nearby examples of flat velocity curves, anywhere in the visible solar system. It happens over there, but not here. We have never seen a variance of Newtonian gravity by "Dark Matter" in this solar system.
Even if it had happened, even when we were not even around yet. Wait, we would not be around, if it had happened. No history of "Dark Matter"in this solar system EVER.
When equal masses travel at the same velocity, how can their inertial mass be different? The answer is in a simple unexamined assumption that will turn you into a pillar of salt if you look at it.
Time
