FS3 wrote:I have been elaborating a similar approach in the old forum already!Pity that it got deleted. It dealt with the "grand circle" of our solar system around the center of our galaxis and the obvious "up-and-downs" of our system in relation to the central plain of the Milky Way. That was in connection with the SagA-Theory assuming that our Sun got "caught" by the Milky Way as SagA was commencing its perpendicular path through "our" Galaxis and the solar system got "stuck" here.
Moreover I recommend to read the work of Walter Cruttendens, as poster James Weninger has suggested in this thread before.
Look here:
"Comparison of Precession Theories: An Argument for the Binary Model"
As you may forget about the conclusions, the empirical data - which I find excellent reasoning - may help you to get further insights into the topic.
FS3
FS3, Sorry your thread was deleted. Can you sum up again?
In the mean time, do we all agree that the currently accepted idea of sun's orbit is wrong? Astronomers say the sun is on an elliptical orbit around a mass concentrated at the center of the galaxy, all the while bobbing up and down through the galactic plane.
1. If the sun is bobbing up and down,Kepler's laws for elliptical orbits quickly break down. Kepler's laws require elliptical motion in one plane.
2. To say the sun is orbiting a mass concentrated at the galactic center requires a continuous distribution of stars. Sure,on a galactic scale stars appear as a continuous distribution. On a local scale (say 10 ly),star distribution is discrete. If the sun is wandering through local stars, we can not map sun's velocity onto an elliptical orbit about galactic center. It's as absurd as saying "The moon is on an elliptical orbit around the sun,if we just treat earth and sun as a mass concentrated at solar system center"
