Quote:
Originally Posted by Virgs
Alex here is a simple challenge for you... Your push gravity says that the everything is being pushed from the outer to the inner right?, well then why is it that things travelling in straight lines like light or space craft only change their direction when passing near large mass objects like stars or planets? If your push gravity was acting the way you harp on about it, then it should not matter if the large mass is there, these things would not travel in a straight line ever due to the constant push. So we observe the large mass attracting the object as it nears it - how do you explain it? You will note that I have not included any maths as this is how you like to operate.
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(wrong alex i know)
A model covered by Tom Van Flandern's - Dark Matter Missing Planets book.
in short: 'gravitational shielding from the push-er-particles'
Imagine a gravi-push-tron sea, with two bodies... as you bring the bodies closer together, gradually the inside face of the bodies receive less push... and the 'force' of gravity is manifested.
The bigger the body, the more push-trons it will shield and shadow.
A neutrino style sea would represent a good candidate for this particle. These push particles would ofcourse be rapidly moving.
the first 3 or so chapters in that book give a really great run down of the model. (not sure if this is the same as Alex's tho)