The creation of space, energy and matter in e-h theory: Fundamental Particle theory-what are they seeing at the Cern?

One of the shortcomings of any nascent fundamental theory of the universe, is that until it is complete it has its mysteries.  While E-H-Theory allows a solution for many problems of physics, it does not fully bridge the gap between the singularity and what we experience.  There are several theories, but only the most preliminary conclusions can even be theorized.
It is theorized that time is quantum time at Planck lengths, below that size it is expected that dimensions cease to exist and that time becomes fully wound, i.e. you are looking at the singularity.
The idea that you can run particles together at high speeds to split them is not unexpected.  What is unexpected is that you end up with a multitude of particles of the types indicated and this is a simplification of string theory, albeit an equivalent in E-H-theory.  The equivalence is that unwinding time is essentially a moving (vibrating) string, a string of time.
Under the most likely scenario (shown the transition of time to dimension shown by relatively velocities-i.e. as you approach the speed of light your time goes down and your change in dimensional coordinates goes up) time extends coordinates to tendencies embodied within the time to give the appearance of location and these location coordinates join at several levels through electromagnetic, atomic and gravitational forces.  The joining of these coordinates give the appearance of dimension, creating matter.
When the particles are accelerated (their dimensional coordinates changing quickly thereby taking the "net time" available to the particles and changing them so that the change in time within the particles gets closer to zero until two are put together cancelling the particle dimensional change and increasing the time change immediately in the particles.
This change manifests itself as these particles, mesons, bosons, etc.  The question of "why" time manifests itself this way is best observed by going backwards and creating space, then energy, then matter so that when you go back again you see a logic to it.
So let's go back to the big bang for a moment, the ultimate atom smasher (or anti-atom smasher if you will).
You have to look at the prior blog to more fully understand this, but for the sake of saving you a moment, the universe we experience is based on time coordinates changing or x=dt1, dt2,2t3,dt4 where dt1 is clock time and the other three are the dimensions we experience.  Note that this is something of a crutch since there are not 3 dimensions, only time so we're really just looking a pure time coordinates and assigning them (more or less randomly) 3 dimensional qualities.  In another scenario, we define these as dt1 through dt4 and dt5 (spin-which should be definable with the dt2-dt4).  We can even add dt6-dt8 for dimensional matter (non-motive qualities discussed below), but we're going to just use dt2-dt4 for this discussion and still create the entire universe.
x=space, energy or matter depending on how the quantum of time is being used, i.e. which coordinates are changing at what rate and how many planck length times are coordinating their movement (d2-d4 are changing at the same rate for a sufficiently large group of planck length times to show up as matter).
The next thing we want to look at is how large this rate of change is.  When we transition from the zero state (where everything is happening at once-Einstein's singularity) to o-space (the illusion that we live in) we get a very large rate change (keeping in mind that this same rate change is infinity in the singularity since everything happens at once).  How do we know the rate change is fast?  Well for matter and energy we have the equation e=mc^2 and c is a big number so c^2 is a bigger number.  This is a rate change that is a function of dt1.  Dt1, however, is also superfluous since we're really just looking at dt2-dt4 and the "d" is dt1 but that must wait for a later discussion because we're not ready to get rid of that crutch yet.
So we're at the big bang, there is nothing and suddenly dt1 goes to twice the speed of light and planck length changes begin in a conversion of dt1 to dt2,dt3 and dt4.
Freeze everything at this point and look at it.  the entire universe is a planck length sphere.  All time, matter and energy as we experience it are trapped in this one "almost point".   dt1=something and dt2-dt4 have jumped from zero to planck length, perhaps all the same perhaps differently.  Spin (dt5 if you need to distinguish it from the other dt(s) which you don't) is all the same because time is unwinding the same way at the same time in the same space and we are still at plank length.  If spin was equally balanced you might have everything collapse back (see the discussions of gravity) and you don't have anything cancelling it and the repelling forces created are enormous.  (note you can have spins in different directions but let's play with this model for the moment).  The energy concentration is enormous all the energy in the universe plus all the potential matter*c^2 in plank length.  Don't stick your finger in there!
In order to achieve separation dt2-dt4 begin to change rapidly.   The "rate" of change being a function of time squared.  dt1 is near zero for all of the quantum times because all of the "time" is going towards changing dt2-dt4; huge rates of spin and the beginning of huge rates of movement which we would call an explosion, in this case el bang grande'.
At this point things are happening (within the singularity) rapidly, but we can see them slowly.  First, certain changes are just creating space, by far the vast majority.  Perhaps for these dt1-4 are all changing at the same rate, but I'll save the difference between space, energy and time for later.  This is Einstein's Space-time but we now know it to just be time creating the illusion of space.
Otherwise, dt1 is at or near zero and dt2-4 begin to change at rates which define movement from the planck sphere outward not as space but as energy which may be nothing more than dt2-4 changing at slightly different rates (using the c^2 amount of change possible, this allows for near infinite variety, but at this point with dt1 at or near zero, it all looks like energy.
Suddenly a percentage of the time begins to change dt1 at a slower rate than dt2-4.  Potential Mass is being formed in this high energy crucible.  As dt1 begins to change we experience electrons where clock time is changing at last but at a "relatively" low rate.  Spin is all negative.  As the rate of dt1 increases, you have protons being created (whether directly or through fundamental particles is not particularly important for the moment, but will be shortly).  Somehow these result in opposite "spin" or charge. 
There are "motive" and "non-motive" dimensional coordinates.  The motive changes are those which move the particle, those which change the time coordinates.  The non-motive changes are those which form the particles themselves.  These are changes where multiple plank length time changes have combined to achieve atomic size (or pre-atomic quark size) conglomerations.  Below these accumulated particles are those which define space which have no non-motive elements or where the non-motive elements have not combined to form particles.  The theories that find spontaneous generation of matter (quantum theory) suggest that the change in time coordinates may begin to align for this purpose or perhaps come out of alignment for this purpose.
But the reasons for spin and non-motive dimensional coordinates will have to wait for a later blog since the universe has been born.

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