posted on Oct, 10 2007 @ 01:01 PM
Alright, maybe I can be of some service to this thread. Though I can't claim much actual intelligence I will be graduating from university this year
with a degree in mathematics and more than a few astrophysics classes under my belt.
One thing I always hated in my relativity classes was the way in which we treated time dilation and spatial compression as actual attributes of our
physical world. A much more reasonable conclusion would be that these are only phenomenon which we perceive when we talk about objects traveling at
high speeds. Our perception relies entirely on light, which Einstein found to have a constant speed in all frames of reference, the result of which
means that as an object travels close to the speed of light we (as perceivers) receive that light in a way that makes us think time has stretched
out.
The truth, so far as I can tell, is that time doesn't exist in any dimensional sense. We define one year to be the "time" it takes for the earth to
revolve around the sun. We divide that quantity by 12 to get months, then days, hours mins etc. So what if the earth stopped rotating around
anything, just stopped, would time stop? Hell no. Time is infinite, always moving forward (this talk of existing in all times is ridiculous); time, as
another poster mentioned, is simply our perception of our motion through space. It is not going to stop even if we do end up falling into that black
hole you guys keep talking about.
Further, as a math guy I can impart some wisdom that was passed on to me by one of my professors last year. We can make mathematical systems that
predict the way things are in the world, in fields like meteorology, and certain areas of physics, we have equations that work very well almost all
the time. But that doesn't mean the world cares one inch about our equations and our math, it follows its own rules, which take into consideration
far more variables than we could ever fathom. At its base, math is simply idealized equations which only work under idealized situations with
idealized variables, and as far as it pertains to the real world.... well it just doesn't.
Sorry until you start seeing crazy # in the skies, sleep tight. Time will go on.