Quote:
Originally Posted by sjastro
Yes you can't image dark matter. The blue area has been mapped to define the region of gravitational lensing. The pink area is the X-ray image showing the collision of matter (gas) from each cluster.
If dark matter doesn't exist then the blue and pink areas should be superimposed.
You couldn't pick a worse candidate for a push particle. 
Neutrinos are the byproducts for the fusion of hydrogen nuclei. Instead of acting as a neutrino shield, the Sun becomes a source of neutrinos.Why is it then Mercury is not pushed out of it's orbit? The answer is that neutrinos do not readily interact with matter. That is a scientific fact.
So you keep on telling us. Why don't provide us with a model that shows how push gravity preserves the shape of a spiral galaxy?
I have even a better idea. I challenge you explain how push gravity can cause Type II supernovae. The current mechanism is very easily explained as an elegant combination of nucleur physics and gravity as an attractive force.
Regards
Steven |
Hi Steven
I have only hit town and have not thought about such an event in fact I will have to read again the types of super nova and how current science explains them but off the top of my head in the push Universe shielding comes about by various things but a Sun spinning more rapidly will present a greater shield and therefore expose itself to higher gravity, in effect, so irrespective of the observations which I have not read really or rather have read and left anything out that may contridicte my current presentation..being realistic and recognising the extreme case of morosophery I carry...I may have read but would rather read again
this is my short answer
.. . So a Sun spins up presents a greater and greater shield to the flow until finally it implodes I guess in effect...just keep all of the current stuff that agrees with this approach
alex
