You don't understand the observations. That is not necessarily the case with smarter people. Given now that you have stridently insisted astronomers and astrophysicists have it all wrong, how far away do you think galaxies really are? What do you think is causing the massive, extremely hot jets we observe coming from them?
Come now, if you're so sure astronomers and astrophysicists are that wrong, surely you have a better answer. I mean, you're smarter than them, right? And while I'm thinking about it, did you find out anything about motor drives for telescopes?
Actually kid I am not the man who submitted a report with 85 percent too little material for the math to be functional, that's a complete FAIL
Your problem like so many others is that you believe what you see on TV and you think the internet is factual
The fact is that no one can explain why galaxies are moving as they are so now the galaxies are not real but computer simulations.... yea brilliant
Yawn, in other words, grow up
So, no idea then. You're sure they're wrong, but can't say why or what is right.
Look kid they dont agree with each other and everything not verifiable is a ******* theory
Let us know when the truth sinks in
Quote the ones who disagree and name them. You still haven't told us what you think the truth really is, only complained about something you don't understand.
Einstein's static universe, also known as the
Einstein universe or the
Einstein world, is a relativistic model of the universe proposed by
Albert Einstein in 1917. Shortly after completing the
general theory of relativity, Einstein applied his new theory of gravity to the universe as a whole. Assuming a universe that was static in time, and possessed of a uniform distribution of matter on the largest scales, Einstein was led to a finite, static universe of
spherical spatial curvature.
In order to achieve a consistent solution to the
Einstein field equations for the case of a static universe with a non-zero density of matter, Einstein found it necessary to introduce a new term to the field equations, the
cosmological constant. In the resulting model, the radius
R and density of matter
ρ of the universe were related to the cosmological constant
λ according to
λ =
1/R2 =
κp/2 where
κ is the
Einstein constant.
[3]
Following the discovery by
Edwin Hubble of a linear relation between the
redshifts of the galaxies and their distance in 1929,
[4] Einstein abandoned his static model of the universe and proposed expanding models such as
the Friedmann-Einstein universe and the
Einstein-de Sitter universe. In both cases, he set the cosmological constant to zero, declaring it "no longer necessary and theoretically unsatisfactory"