Suppose there is a static 3 dim space and a dynamic changing 4 dim space. Without that supposition, lots of problems in physics remain puzzles. With it, lots of puzzles are easily resolved.
Energy in 4 dimensional space, where the fourth dim is proportional to the distance light travels or the time it takes for light to travel that distance, has 4/3 as much energy per dimension as does 3 dim static space. Hence, dim space a 4/3 length L when 4 dim space has a distance of length L. This appears to account for space expanding. A supernova’s distance from Earth measured in the 4 dim space where light moves, using redshift, should appear to be 3/4 as luminous when comparing type 1A supernovas, because in static 3 dim space the supernova is 4/3 as far. Other data is consistent. Energy density for dark energy (so called) compared to matter energy density is in the ratio [ E/ L^3] : [ E/ {(4/3)L}^3, which is 4^3/3^3 which is about 0.7033/ 0.2967, as has been observed in astronomy.
There are numerous examples of this 4:3 ratio occurring a variety of different natural phenomena, as set out in various article in my projects dealing with the 4/3 laws and DE.
Or maybe not?
Well, Its nice to read your question and the description provided in it... As stated by String theory the cosmos may have even more than four dimensions and neither the three dimensions nor the fourth dimension that is time is finite as no observation can be recorded yet about the end points of these dimensions in the universe.
Dear Robert,
Your questions are getting closer to my theory, read it and following the equations, surely you will find a fit with that 3/4.
Preprint ALL SPECIAL RELATIVITY EQUATIONS OBTAINED USING GALILEAN TRA...
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