The True nature of dimension.
It is confusing to talk about space so we will call it dimension. The universe is a true quantum universe meaning there is a single variable which increases by a single amount 1,2,3, etc. This is the rate of change and IS NOT time; nor is it directly related to time. It has nothing directly to do with the directional nature of time.
Space is solid in the sense that there is nothing between quantum states of space because there is no room for anything to be between them. This requires that space be mathematical solutions from our point of reference and the relative solution order is the only separation medium possible. Space is defined as linear solutions to the equation fpluspix, the denominator in the infinite series (increasing in degree by 2 and varying between positive and negative) of pi. The numerator refers to the number of dimensions changing together.
Photons or the particle version of light are created by the ratio of 27 to 256 changes in space where 256 changes are aligned due to the solutions of fpluspix being positive and negative alternating noting that due to the nature of fpluspix these alignments will be temporary but will reform.
The very fast changes of space to light would only occur at either the center or extremes of the universe due to the solution order issue. We would no see them because they would not exist long enough to reach us in higher dimension solutions nor would they last long enough to experience them since they would essentially flash on and off without a time reference.
The ether experiment did not show this feature because wave length variation requires a time based change in light waves and the exchange between quantum space and light occurs without a time reference and creates velocity in one dimension and the effect of compression at a scale we experience as gravity. There is a prior compression scale at -1 to 1 which is a pre-space variation giving rise to fpluspix based on the original counter. The relative difference between fpluspix and -1^x gives rise to all dimensional features of the universe; allowing a constant rate of change to vary infinitely larger and smaller although given a quantum universe, the amount of information in the universe is finite at any quantum moment or, more accurately, at any value of x.
The second dimension and all subsequent dimensions are essentially derived in the same manner but instead of 27:256 the ratio is 1:2f(x)^2^x where f(x) is the Fibonacci series number for x. Variation in this result is likely at higher states, but observational data indicates that it is slight.
Substitution requirements (27:256) requires that there be a layer of lower dimensional states outside of each higher dimensional state or it falls apart when there is a change in fpluspix net for any dimensional state.
Calling 1 dimension ct2 (the 27 of the 27:256), dimension as we experience it begins at ct2 because of the ratio of 27:256. This light photon constantly moves through space due to the substitution at each change in x. It can also self destruct into pre-dimensional ct1 if the internal solutions change from -/+ to -/- or +/+. This all occurs in a time independent environment.
One can envision ct2 as a line.
Gravity and dark energy (anti-gravity) are nothing more than the net positive vs net negative values of fpluspix locally and for the universe at large. The big bang, therefore, is (in a time free state initially and later in a time filled state) the inflection points between these constantly shifting results.
Ct3 is the quantum transition between one dimensional ct2 and two dimensional ct3. The alignment occurs the same way, but in this case the bundles of ct2 have a net positive or negative values which correspond to magnetism in higher dimensional states and they combine in the same way but in this ratio. This ratio a:2f(x)^2^x gives rise to the equation e=mc^2 for x=4. (2*5)^(2^4). Black holes, therefore, are nothing more than the ratio where x=5. Transitional states, however, are very important as will be discussed momentarily.
One can envision ct3 as the lines drawn on a piece of paper in a quantity equal to 2f(2)^2^2 for each piece of paper. It can be seen that these lines are constantly exchanging (velocity) with one another and that they shift or fall from the paper to be substituted with free lines in space. From the stand point of the piece of paper, no matter how many sheets of paper are combined, they exist in one dimension. Velocity is the same for each line no matter whether they are on the paper or not because of the constant substitution rate. Note that all values are quantum values down to space and all vary together based on a single variable, but the relative change (whether on a piece of paper or off of it, whether part of a line or independent, vary, although a high values of x, the changes of fpluspix relative to -1^n are long.
The transitional states where combinations are partial are important because they provide the bridge between states and these bridges are seen as force elements when time is introduced, but each change in x creates a quantum universe which is fixed.
When these sheets are stacked in three dimensions (x=4) the transitional states moving between the three dimensional features can carry information, these are bundles of waves for all intents and purposes. This carrying of information between ct4 states relative to the lower replacement of ct1 states which is velocity is what we call time. As can be seen, it has nothing directly to do with the underlying counter for the quantum universe. We are able to discern history and time because these bundles carry the history between relatively dense collections of ct3 states.
It appears that the electron is the stable ct4 state and that protons and neutrons are transitional ct4-ct5 states, the math for this appearing in those books along with everything else.
Just as the paper cannot see in 3 dimensions, we cannot see in 4 dimensions. If we could, then we would see black holes stretching out in a 4th dimension just as the piece of paper would see us as a stack of papers (as opposed to scattered papers) which is the reason for the perceived volume in the universe.
For this reason we know what gravity is, the relationship of gravity to other forces, what black holes are and the like. We know that the higgs boson is an effect and not a thing and we know what space and time are and their relationship.
You're welcome (ha).
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