hyperspace
If we see everything in black and white, we could look
at the negative and see the oposite of the exact same
picture. Now, think of the universe in the same sense,
various clusters of varying densities of matter
interspersed within empty space. Now turn it around
and think of that space between the substance. What
properties does it have?
If two flashlights were together pointing in opposite
directions and one was to turn them on and off
simultaneous, so that two pulses of light were emitted in
opposite directions, the space between the pulses
would increase in size at twice the speed of light. This
shows that, although no particlecan travel faster than
the speed of light, space can!
Thinking more about this, one must realize that space
could not have been created before matter. As the
original matter expanded outward and started to cluster
do to gravitational forces, space started to form.
So it may not be that the universe is expanding into
empty space but empty space is being created within
our universe. If this is the case, then empty space will
still have the occational partical in it, left behind from
gravitational pull. Thus, empty space is not completely
empty but has varying degrees of emptyness all being
greater than zero. One could figure that the closer to
zero nearly empty space becomes, the greater the
distance from anything of substance.
f=force m=mass a=acceleration
f=ma
a=f/m
If 'm' is zero and and if there is any 'f' at all then 'a'
becomes infinite.
Since the time of the big bang, matter has become
more dispearsed in the universe, though concentrating
in some areas (galaxies), thus, where 'm' becomes
lower, between the clusters of matter(inter-galactic
space), the volume of space increases towards infinity
But one may say that you can't have any 'f' without 'm'.
Yet, light is an energy that seems to push away from its
source while gravity is a energy that seems to pull
toward its source.
Empty space by its own nature, over time, expands its
volume toward infinity, and can expand, at a rate,
faster than the speed of light, I think.
at the negative and see the oposite of the exact same
picture. Now, think of the universe in the same sense,
various clusters of varying densities of matter
interspersed within empty space. Now turn it around
and think of that space between the substance. What
properties does it have?
If two flashlights were together pointing in opposite
directions and one was to turn them on and off
simultaneous, so that two pulses of light were emitted in
opposite directions, the space between the pulses
would increase in size at twice the speed of light. This
shows that, although no particlecan travel faster than
the speed of light, space can!
Thinking more about this, one must realize that space
could not have been created before matter. As the
original matter expanded outward and started to cluster
do to gravitational forces, space started to form.
So it may not be that the universe is expanding into
empty space but empty space is being created within
our universe. If this is the case, then empty space will
still have the occational partical in it, left behind from
gravitational pull. Thus, empty space is not completely
empty but has varying degrees of emptyness all being
greater than zero. One could figure that the closer to
zero nearly empty space becomes, the greater the
distance from anything of substance.
f=force m=mass a=acceleration
f=ma
a=f/m
If 'm' is zero and and if there is any 'f' at all then 'a'
becomes infinite.
Since the time of the big bang, matter has become
more dispearsed in the universe, though concentrating
in some areas (galaxies), thus, where 'm' becomes
lower, between the clusters of matter(inter-galactic
space), the volume of space increases towards infinity
But one may say that you can't have any 'f' without 'm'.
Yet, light is an energy that seems to push away from its
source while gravity is a energy that seems to pull
toward its source.
Empty space by its own nature, over time, expands its
volume toward infinity, and can expand, at a rate,
faster than the speed of light, I think.