The Sun contains 99.86% of the mass of the Solar System. Thus, without the extra precision, the mass of the Sun is 100% or all of the Solar System’s mass. And this means that the total mass of the planets amounts to no more than rounding error.

All the planet orbits line up in a plane called the ecliptic that cuts through the Sun’s equator. The planets have non-random spins and non-random tilts.

Analysis of lunar rocks has revealed that the isotope features of lunar rocks are identical to earth rocks. Professor Nicolas Dauphas of the Univ. of Chicago reported in Mar. 2012, “What we found is that the child does not look any different compared to the Earth. It’s a child with only one parent, as far as we can tell.”

Iron atoms in space tend to settle on dust. Being present in cold space, any dust-laden iron gas is magnetic. This is a known property of iron (a ferrromagnetic material) at temperatures less than 1043K.

When a fluid (not solid) body has ongoing rotation, the mass of the body changes under the influence of centrifugal motion and gravity so that it flattens out at the equator. This explains why a ball of spinning pizza dough flattens out into a pizza crust; it also explains why the ice rings of Saturn are all at the equator. The outer gases of Jupiter and Saturn also have a central bulge. Similarly, a spinning mass vortex also flattens out over time.

At the center of our Milky Way galaxy are huge young stars that could not have formed if star formation happens the way Standard Theory says it does. This is because at their distance from the center strong tidal shear forces are present that would prevent star formation.