On the warping of Spacetime
15 Jun 16 – 24 Nov 16
Sven Gelbhaar
The warping of spacetime would decrease distances between objects statically.
This decrease would not be apparent/noticeable to observers in 4D reality (/ the
spacetime being folded), as one would still have to traverse said spacetime in
order to travel between the objects. But take heart, for if there were an
unfolded parallel spacetime then that could be travelled through and exited into
the now closer spacetime coordinate in the reality that we inhabit. Doing this
we could cut travel time. Without this extra parallel reality, no warping is
observed or exploitable for anyone in our reality.
The above argument also means that gravity wouldn’t exert any force on anything
in our spacetime/reality. Things would just appear closer to each other from a
meta- or parallel-universe perspective of our universe.
To hedge the above arguments, no medium is without rigidity. If an object —
say a baseball — were traveling through an elastic Cartesian field
(/spacetime), it would conceivably take time to bend (viz. warp) this field as
it moved along its trajectory. The same is true of unbending. This
necessitates the fact that there must be a backwards thrust on all moving
bayonic mass. This deceleration has never been observed to date, which it
surely should have been by now.