The real assumption we make, possibly incorrectly, is that light always has the same precision. My theory makes that assumption, and Einstein's theory makes that assumption. The only group that violates that assumption are the Big Bangers, they have things happening with more precision than light can support.
When light is less precise, then fewer groups are formed, the number line is too curved.
This galaxy has hydrogen, so we can expect that the precision of light and the galaxy correspond to our expectations. This galaxy is also the furthest galaxy away, they say. But the Big Bangers require us to believe that this similar precision of light was first established, to begin the sequence, then destroyed, to complete the sequence. That is a conundrum.
Michelson–Morley experiment
By analyzing the return speed of light in different directions at various different times, it was thought to be possible to measure the motion of the Earth relative to the aether. The expected relative difference in the measured speed of light was quite small, given that the velocity of the Earth in its orbit around the Sun was about one hundredth of one percent of the speed of light.
The experiment performed was based on the assumption that any aether would alter the shape of matter, when measured by light. The conclusion was that there is no aether. But here is the problem, if space was perfectly flat, there would be no light, it would
I am proved incorrect, the impedance of free space is the curvature of free space, a non-zero number. That curvature and the quark mixing angle are co-defined.
No comments:
Post a Comment