- Oct 9, 2005
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There are some theories which argue that C may actually be decreasing in a gradually manner. What C might have been in the immediate aftermath of the Big bang would not be the speed of C today.
So if this is indeed happening, then shouldn't this be increasing/decreasing the mass of this universe and decreasing its life. The fact of it decreasing further and further should break the laws of mass energy conversion as the relativistic mass of all things would change in their own relative velocities.
i.e if an object at an relativistic speed of a perfect 99% C has a mass of thousand tons.
Now if C decreases by 1%
The same object will now have lets say 99.999...~% speed of C and its relativistic mass is now one million tons. Would this not be a violation of the mass energy conservation?
I do speculate this is possible because I plan to use the scenario in a story of mine.
But imagine the day C drops to next to absolute zero. All mass in the universe will turn in to black hole as the threshold will cause gravity to ignite collapsing matter as mass increases exponentially.
But again I have a question.
Is gravity a factor of relativistic mass or absolute mass?
So if this is indeed happening, then shouldn't this be increasing/decreasing the mass of this universe and decreasing its life. The fact of it decreasing further and further should break the laws of mass energy conversion as the relativistic mass of all things would change in their own relative velocities.
i.e if an object at an relativistic speed of a perfect 99% C has a mass of thousand tons.
Now if C decreases by 1%
The same object will now have lets say 99.999...~% speed of C and its relativistic mass is now one million tons. Would this not be a violation of the mass energy conservation?
I do speculate this is possible because I plan to use the scenario in a story of mine.
But imagine the day C drops to next to absolute zero. All mass in the universe will turn in to black hole as the threshold will cause gravity to ignite collapsing matter as mass increases exponentially.
But again I have a question.
Is gravity a factor of relativistic mass or absolute mass?
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