posted on Sep, 25 2010 @ 04:57 AM
I have been thinking about Einsteins theory of Relativity and what it truly means.
According to Einstein, nothing can exceed the speed of light. However, Einstein proved that space is curved, and so light must "bend" or "Warp"
around objects in accord with their gravitational field. What this means, of course, is that the speed of light can NOT be a constant. Let me
explain why :
We know that in the case of a black hole, nothing can escape it...not even light. This means that its field is pulling on the light waves and
particles within light. Just saying this makes it clear that force is being applied to alter the speed and direction of light....ergo, the force
within the black hole must be faster than light.
According to our understanding of black hole's, the only thing capable of escaping the black hole is hawking radiation. So...if hawking radiation
can escape a black hole and light cannot, it stands to reason that hawking radiation is traveling faster than light.
Imagine then a spacecraft with a hawking radiation propulsion system. By definition, it would have to travel faster than light. Without a black hole
to pull against it...there is no telling just how fast it could go.
Just a little random thought I had in the night. Thought I'd share it with you all.
Jennifer Wolf