Larry1957

I guess I couldn't get past the conclusion that regardless of an observer's speed and direction... that he's standing still and the universe is in motion around him. If someone is standing still, it's impossible to slow down. So Einstien says if we accelerate to near light speed that time, mass density and gravity change... but then if you slow back down to Earth speed they revert to normal. My question is, "how is it possible to slow from near light speed if you were standing still?" You'd have to decelerate. A further understanding of Relativity will make this contradiction go away? Thank you. So... I'm suggesting that the fact that we're traveling at near light speed is responsible for our mass density, and that only exists in a small window of velocity at near light speed. The 10 points I make near the end of the video support this idea.

What if the entire universe were moving at near light speed... and all matter existed in that small window of velocity where mass becomes too dense to accelerate further? I can offer 10 points that might support this notion in a video I produced to explain my thoughts. Could I even be a little bit right on this? Larry

Sorry. Posted the wrong link to my video re: centrifugal force. http://s1020.photobucket.com/albums/af323/LarryWagner1234/?action=view&current=CentrifugalForceexplaination-1.mp4 Larry

If the centrifugal force resulting from an asteroid (or planet's) rotatinal speed resulted in a -g situation at it's surface, wouldn't it fly apart. Any loose material on it's surface would certainly dapart. Wouldn't it be something if the asteroid belt was actually the result of a planet who's orbital speed became so great, that it's centrifugal force overcame its gravity? If Sylvia hasn't flown apart, it must be a solid mass. I have a primitave, but unique understanding of centrifugal force. I produced a short video to explain it if you're interested. http://www.scienceforums.net/index.php?app=core&module=global&section=register&do=auto_validate&uid=61243&aid=b33a2dde65fce4d397e5c91cb3f64906 Larry