You know if one of you FE people just explained relativity in ENGLISH rather than just blurting the word out every time someone mentions it, this issue would have been dead long ago!
So here we go, my best effort...
FE theory says the earth is accelerating at 9.8m/s^2. This acceleration rate is being observed by a person who is standing upon the earth, and is experiencing the acceleration.
Here's the big scary word... Relativity. This is why you will not hit the speed of light. Why?
Time. Time is relative.
Huh? What's that mean? I'll tell you with an example.
Lets say your standing on the earth, and it's now reached exactly 90% of the speed of light. You shine a laser straight up. Since were already moving at 90% of the speed of light and light does not move faster just because the object it's on is moving... the laser shoots up, at only 10% of the speed of light. Oops, I think we'd notice this severe problem with the speed of light getting really, really slow...
It doesnt get really, really slow, because time, is relative. Relative to velocity I mean. This means the faster you go relative to a stationary object, the slower time passes. So at 90% of the speed of light, time slows down enough to the observers who are traveling that speed, that light moves at it's normal speed.
Since the faster you are traveling, the slower time is passing, the slower time is passing, means the slower you are accelerating.
Second example just to clarify.
Your standing on a train. It's moving at 99.999999% the speed of light. You start running toward the engine as fast as you can. Did you exceed the speed of light? No, of course not. Because time is passing so slowly to you, that your run just got you up to 99.9999991% the speed of light.
Since FE theory has the earth continuously accelerating. Time, under this theory, is continuously slowing. If time is slowing, then the observer continues to see a rate of 9.8m/s^s, even though someone who is off the earth would watch the earth slowing in it's acceleration so that no matter how long it accelerates it's only moving that .000000000000000000000001% closer to the speed of light, and never over.
This concludes my mad and rambling effort to explain what someone should have just explained ages ago.
Now shutup about the speed of light. And stop dropping the word, "relativity" whenever someone asks this question...
:evil: