From: guskz on
1000 tries to pick 1 card out of 10 new cards. The success usually
averages to 1 out of 10.


Scientists say that the average matter density (gas) between galaxies
is 10^-10 meter per meter, meaning 1 atom per meter. The most distant
stars are up to 10^25 meters away.

10^-10/10^25 = 10^15 chance of light colliding or interacting with
matter.
-------------------
Part 1:

Due to the above, light's redshift due to Einstein's **Gravitational**
Redshift substantially increases with such distance.

Hubble's Universe is not expanding....and perhaps static.

-------------------
Part 2:
Scientist say the average distance between galaxies is 20 to 40 times
the size of the galaxy.

Light redshift due to Einstein's Gravitational Redshift further
increases by a ratio of 1 over 40 times the distance that the light
travels (up to 10^25 meters).

Hubble's Universe is not expanding....and perhaps static or even still
contracting together due to gravity.

--------

Part 3:

The galaxy's are likely independent solely due to each galaxy's moment
of force and moment of inertia.


2010: Guskz is 21st century's Einstein.



From: guskz on
On Jun 5, 4:00 am, "Inertial" <relativ...(a)rest.com> wrote:
> <gu...(a)hotmail.com> wrote in message
>
> news:558725f7-cc29-4d02-962e-f2d3f977e2dd(a)t10g2000yqg.googlegroups.com...
>
> > 1000 tries to pick 1 card out of 10 new cards. The success usually
> > averages to 1 out of 10.
>
> > Scientists say that the average matter density (gas) between galaxies
> > is 10^-10 meter per meter, meaning 1 atom per meter. The most distant
> > stars are up to 10^25 meters away.
>
> Density is mass per volume, not linear. .. not meter per meter
>
> > 10^-10/10^25 = 10^15 chance of light colliding or interacting with
> > matter.
>
> You don't know how to divide
>


WRONG.

Not in terms of light's trajectory.

1 black square in an area of 8 by 8 squares.

A light beam's odds (= 1 entire column or row) of encountering that
red square is 1 in 8 and not 1 in 64 (area).