evidence of early core atoms
in the history of the universe
BY Henryk Szubinski
the universe is basically known in its total by observations that are basic to telescopes
so that is the problem of the universes start fase and its end fase
well basically the booster for the universe MEAN curve would be a basic troph and its vector curve
this is basic but what boosted the mean curve and what ended the curve MEAN troph
basically theese two zones are still not known in certainty
So theese 2 zones must be the missing parts to a bigger picture
THE UNIVERSE AS A VERY LARGE mean curvature factory
similar to a circumferencial disk that will rotate about its core
this implies that photons being the largest mean value force in the universe must have at one time been part of the 2 missing z zones
basically the photons must have been orbiting their own photon core systems throughout the elements in the universe
The earliest evidence for the missing parameter of photon orbitals is the HAWKINS black hole and its event horizon where the photons once orbited
by 3 basic continuiim values this problem is easily solved as being the x value multiples of their size and force so that the basic mean values of a basic 1/2 orbital definition will define its continuiim into the larger circumference and the M theory of the super spheres that are generated when the photon orbitals end up the way they presently are
so that the knowledge of this defines the forces active in the maintained NON OBSERVABLE M theory state of the Z field and its influence on the universe PHOTON orbit STRIPP STATE core atoms.
SO THAT JUST LIKE EINSTEIN THE USAGE OF A CONTINUIIM IS VITAL TO THE THEORY OF THE WAY INWHICH THE 3 VARIANCES OF PHOTONS ARE
UNIFIED INTO 1 CONTINUIIM BASED THEORY.
.remember that Einstein introduced the method of working with the continuiim along the time line of the universe
so that its usage again will be defined at the start of the theory presentation.
M theory supposes that the orbital photon is still inside the string tube and that the angular momentum of the orbital slingshoot effect is held in place by action reaction BRANES that surround the orbital by giving the opposed angular momentum impulse to the system
While the Z theory supposes that the EXIT of a photon into a string tube will be equated to a zone along the orbital where the basic fase of photon variance of its size will clump together and induce accelleration and deccelleration while the photon pulses about the orbital.