Congratulations on succeeding with simple arithmetic.
There is no specific limit for scientific evidence, it is a continuous scale of increasing probability. At 5% (95% confidence) it is considered very likely. At 0.0006% it is so much better that all argument usually stops.
Learn some Danish Hans, and you would know how ridicules your ideas are;
Det er meget spændende resultater, men vi bliver nødt til at tage dem med et gran salt. I det seneste årti har jeg set tilsvarende opdagelser der er gjort med samme eller højere sandsynligheder for, at fundet er reelt, men hvor efterfølgende forsøg siden hen har aflivet dem. Derfor skal vi være varsomme. Jeg forventer, at vi har et endegyldigt svar i 2012, som vi dermed meget passende kan kalde for Higgs-året,« siger han.
´Source http://videnskab.dk/miljo-naturvidenskab/cern-offentliggor-spaendende-resultater-om-higgs-partiklen
There is no such thing as potential gravity. It is called potential, or positional energy.
quibbling, - call it what you want, - it make no difference.
But it does not answer my question. You claim that gravity is caused by objects contracting space. Why should a fast object contract more space than a slow object?
Because the faster an object is, the deeper it is twisted into space.
Hence the energy is larger.
There are no matter as such.........only energy and space. (and the result - compressed space, you call matter).
More speed = stronger compressed space = more gravity
This is so funny, Bjarne! You claim that cosmological redshift does not exist, and that there is a universal speed frame. If that was to be the case, there would be no expansion
There is no expansion, but only fanatic religion.
In principle you should be able to see the whole universe.
And even also stars from a previous Universe further away as 13,7 billion LY.
BUT the problem is that the present universe is "too old".
What I mean is; that it is not possible to see normal star light 13 billion LY away.
You can ONLY measure gamma from that distance and see gamma ray burst.
We should also be able to see/ measure gamma + gamma ray burst, from a distance of 13,7 billion LY, - the problem here is that when a galaxy appears at the edge of the Univers and stars begins to explode soon after the galaxy will no longer be transparent.
I still believe it is a good chance that we one day will see a large number of gamma rays burst from a galaxy that just have appeared at the edge of the Universe. I am talking about hundred or maybe several thousand gamma rays burst each day.
Relative soon after we will only be able to measure "diffuse" gamma because it's no longer transparent.
Dark flow is very interesting and will one day open our eyes for a completely different universe.