Space-Time Continuum Simulation
( Requires Windows Media Player for XP version)
http://smart1234.s-enterprize.com/sp...continuum2.WMV

Have you ever seen something that looked like an illusion of a
picture within a picture, within a picture... and it seemed to never
end? Well I used my video camera in such a way to a slight angle to
give this same effect with my TV. I labeled each TV frame with a time,
and what you see is a TV, within a TV, and so on. I also noticed that
as the frames increased in duplication, the energy levels of light on
the TV increased as if there was an acceleration of light per TV frame
with a frame. I did this as far as I could and I was surprised to see
that a spherical spinning field formed for the total of TV frames.
I call this a "Space-Time Continuum", because there does appear to
be a continuum of space-time frames of references, within frames of
reference, that reaches a point where the space-time frames ( or
continuums) warp back to itself and starts again.

This example could be viewed as a possible way to exceed the speed
of light relative to a fixed observer in one of the TV time frames. In
this case, you exist in a frame looking at the spinning spherical
space-time continuum from the outside of it as shown in the LINK.

I have more views of this Space-Time Continuum as viewed from the
side. It looks like this with respect to energy light levels shown.

TV Frames within frames

1 2 3 4 5 ......
| || ||| |||| ||||| =========||||||||||||||



The light of each frame appears to move in waves from a lower energy
state to a higher one.

Hello Smarty!
(You STILL owe me a 7of9 clone)
If you turn the sensitivity of your camera down does this mean you can
slow the speed of light?

If you look at the spherical formation made with a frame within a
frame, it almost looks like the speed of light is accelerated because
the lower first input frame is boosted up with energy from the last
frame as it spins in a spherical form. Sure the speed of light is
constant in each frame, but the energy levels appear to increase in
each frame from the relative observant point of view. But if you can
accelerate the speed of light like in a Black Hole, I think you can
reach FTL.
I'm not taling about just propagation of a wave of light, I am
talking about the entire propagated wave accelerated itself. Like for
example,

light
/\/\/\/\/\/\/

light propagated
-----/------\-------/-------\----


light accelerated

...... /\/\/\/\/\/\/\/\/\/\/\
|------- FTL -------|