The relatavistic effects of near to light speed velocities on time etc. e.g. The twin paradox. Depend on which twin has undergone the acceleration.
This has led me to want to understand a mechanism by which the acceleration could imbue the high velocity matter with the relatavistic phenomina. And which could be removed via decceleration.
That led me to want to assume that the mass of accelerating matter was increased. Not just momentum. Mass, Gravity, all the wherewithall of mass. That alone might explain all the relatavistic effects of the matter at accelerated velocity.
But the general belief has been. That while the momentum is relativistically increased. The resistance to acceleration is relativistically increased. Both in a mass increase like manor. An actual mass increase that would produce an increase in gravity. (and hence a slowing of time. Perhaps the same as has been observed) has been denied. I think because scientists have feared that if the gravity of an accelerated mass increased. There would seem to be a mechanism, by which one could determine thier relative velocity just by measuring the force of gravity between the accelerated masses. This would violate some of the postulates of accepted relativity.
My solution is to postulate that the mass increase. the increase in density. also effects the apparatus with which we would measure the gravitational force. The 'spring becomes stiffer'. But revisiting some assumptions about relativity might do as well.
In any case. Assuming this Gravitational mass' increase, due to acceleration presents far more pleasing results to me, than difficulties.
First a vessal for relatavistic effects.
Then it was suggested to me to find experiments that would confirm my ideas. (thanks Rome :) )
My first thought was that maby the gravitational increase would show itself in a reduction of the observed shear in objects falling close to black holes. A great deal of shear. But also a great deal of acceleration/gravity
Then I thought :surprise: What about a spinning galaxy. those stars out in the rim of a galaxy must be moving pretty fast. And farther out than that is where they are imagining 'dark matter' exists to explain the observed behavior of existing galaxies. I think if there is a relativistic gravitational mass increase. It would make the mass of dark matter alot easyer to imagine.
I believe this increase of Gravitational mass due to actual (as opposed to relative) Velocity might help to explain why black holes might form in the dark matter regions of galaxies. And explain some part of dark matter by itself alone.
I expect this idea to have answers to many other difficulties in sciences present models.
Doh! Or, Maby not :) :embarassed:
A mass entering the event horizon of a black hole. Would attain the speed of light (as all things do by any theory).
The relativistic mass then becomes infinite. If the relativistic mass was gravitational, that would result in infinite gravity.
Which would result in no end of calamity for our relatively innocent universe.
You should notice. That I did Not claim. That since it was beneath the event horizon, And hence UnObservable. That it wasnt really infinite mass, or no mass. But would remain in some indeterminate state, that we need not concern out selves with.
However.
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