krimin_killr21 Posted November 16, 2011 Posted November 16, 2011 Thanks for looking at this. Does it work? (I believe parts are from Einstein) Suppose everything is allotted a certain amount of energy: c=speed of light. Suppose that this energy could be expended in to ways: 1. Movement through space. 2. Moment through time. Suppose also that all of this energy must be expended. Therefore since we can only control moment through space, all reaming energy moves through time. Hence, the closer to light speed the slower through time, and voilà, speed-time dilation! But what about gravitational time dilation? We know light is bent by gravity. So in the presence of gravity light is ever so slower. In a singularity it stops. A singularity is thought to be the end of time and space. That would make sense since there is no energy. So since light is slowed the amount of energy per mass decreases. This leads to gravitational time dilation.
morgsboi Posted November 17, 2011 Posted November 17, 2011 I suppose that's possible. Although my theory is, there is no "end" to the universe. It is a constant. I think the big bang was just an ink spill on the paper which spread, and possibly wasn't the only big bang. Either that or the universe is expanding with light at a constant speed since the first light source in the universe. So which ever photon is furthest away from the big bang, that is how far the universe has expanded. They are just my theories (out of my head) of an "edge".
krimin_killr21 Posted November 18, 2011 Author Posted November 18, 2011 What does the size of the universe have to do with anything?
morgsboi Posted November 19, 2011 Posted November 19, 2011 What does the size of the universe have to do with anything? This bit: A singularity is thought to be the end of time and space. learn to read.....
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