

C. THE QUANTIZATION OF SPACE TIME
It is possible to justify, or perhaps to rationalize, the quantization of spacetime from prior work. The basic definition of force is F º m a eq 22
and the basic definition of energy is
dE º F • ds eq 23
thus dE = m a • ds = (E/C^{2}) a • ds eq 24
or dE/E = a • ds / C^{2} eq 25a
E/E_{o} = _{ e}^{ } ò(d^{2}s /dt^{2 } )•ds /C ^{ 2 } eq 25b
Notice that there is energy and only that on the left side of eq 25a or 25b and space time variables and only those variables on the right. If energy is quantized, then that implies that spacetime also is quantized.
As an induction it is proposed that the very fabric of spacetime itself is quantized. This assumption implies that there is a fundamental smallest unit of spacetime itself which determines the position of an event. "Position" implies the four dimensional coordinates of the event, including the x,y,z, and the time, t, of the change. This smallest unit of spacetime will be called the SPASON.
The thing we call a vacuum is not "nothing". Indeed it does not have either mass or energy, and it does not exhibit momentum or in fact any mass related property. The most important thing is does have is the ability to convey position. In addition it has a capacitance, dielectric constant, e = 1, a speed of light (when paired with the attenuation per radian or the absorptive index, k, this defines the complex refractive index n* = n(1ik) for other materials), permitivity^{147} (8.85418782 x 10^{8} F/m) and permeability (4 p x 10^{7} H/m or 1.2566370614 ... x 10^{6} H/m)
The concept of the Spason is intended to subsume the older, and now semiforgotten concepts of the HODON and the CHRONON previously proposed ca 1932 as the quanta of space and the quanta of time. The concepts of Hodons and Chronons fell into disrepute after their initial proposal since the early workers tried to apply energy quanta equations to them, and this failed. It failed since the concept of energy is irrelevant to these more fundamental quantum concepts. But there is a more basic flaw in the logic of having both separate quanta which caused the creation of the one new name Spason. Space and time are not really independent, but different aspects of a unified spacetime continuum. Just like the electromagnetic fields should not really be separated in the general case, space and time should not be separated in the general case.
The basic quantum of the spason has been measured either in time units or in space (distance) units. But since it is one and only one concept, it is improper to measure it in both sets of arbitrary units at the same time. If the spason is measured in time units the chronon, T, would be expressed in seconds. If the spason is measured in distance units then the hodon, x, would be measured in centimeters or cm (or meters, but there will appear a reason for use of cm. as there is a coincidence that makes the cgs system of units very easy to use, and despite the recent domination of SI a return to cgs is here warranted).
The least possible change in distance, x, divided into the least change in time, T, yields a constant ratio for this universe (or any universe, but it may change for other universes). This least possible change ratio is C, the speed of the photon in that universe.
The speed of light in a vacuum, C, is defined as:
C= x/T cm/sec eq 26
1. THE FORMULATION OF A BASIS SET OF UNITSThe units used in "C" above violates the key statement that the spason should be measured only in either "time like" or "space like" units but not a mixture since this involves BOTH arbitrary units of time in seconds and arbitrary units in distance in centimeters. Here the basis will be taken in time like units alone and a new basis distance, x_{b} , equivalent to one second will be found. This equation will then be reformulated into a dimensionless set of BASIS units where the speed of light expressed only in consistent time like units is D and the distance in this basis frame of units, x_{b}, is expressed in units equivalent to seconds. The normalizing factor, b, that allows this is such that x/b = x_{b} eq 27
C/b = D eq 28
D= x_{b}/T eq 29
Looking ahead the normalization factor b will be very close to one (in fact b = 1.04609857356) if time is in seconds converting to distance in centimeters. Thus this is the reason for reversion to the cgs system of units, since D for example comes out very near C in quantitative measure. It allows easy conceptualization of the system.
a) A BASIS VOLUMEIn order to evaluate b it is necessary to introduce the concept of a "basis volume". The basis volume, B, is a small cell (this will turn out to be approximately one cc in fact exactly 1.144768919 cc ) such that if all the mass and all the energy in the whole universe were divided by the total volume of the whole universe each photon would occupy one and only one basis volume. This implies that there will be one and only one set of changes happening in this basis volume. The photons thus are assumed to be the place where changes are occurring, i.e. as an induction the photon poles are being linked to space time itself as the place where changes occur. Since the poles change in two opposing ways these pairs of changes should not be decoupled and a pair of changes is actually linked in the basis volume. [This pair of changes in fact are a sort of conservation of motion, one rotating left handed and the other right handed when the directly forward or the front option is blocked, thus this gives rise to several conservation laws at higher levels of interaction].
The basis volume, B, is related to the normalizing factor, b, such that B = b^{3} eq 30
Let the total energy density of the universe, E_{r} , be defined such that if all the mass, m_{u, }and all the energy, E_{u}’, of the universe were converted to energy via equation 6
m_{u} C^{2} = E_{u}" eq 6b
and if the total volume of the Universe, V_{u} , is divided into the sum of all types of mass or energy expressed in energy units, E_{t } then:
E_{t}= E_{u}’ + E_{u}" (= m_{t } C^{2} ) eq 31a
r = m_{t/}V_{u} (gm/cc) eq 31b
and in a basis cell r/ B = r_{b } gm/basis volume eq 31c
or r /C^{2} = E_{r} erg/cc eq 31d
then the energy density (also the total energy since there is one and only one photon involved) in the basis volume, E_{b} , will be
E_{r} /B = E_{b} erg/basis volume eq 32
and the number of disturbances, N_{d} , or the number of changes that take place, in this volume for the basis time of one second will require that the number times the duration of each quantum expressed in time, T be equal to 1 (second).
N_{d }T = 1 sec or N_{d} = 1/T eq 33
The next concept is that the number of spasons along one edge of this basis volume, N_{e} , can be given in terms of the quantum of distance, x, or more properly the quantum expressed in basis units, x_{b, }such that
N_{e} = b/ x = 1/ x_{b} eq 34
And the total possible number of spason in the basis volume, N, must also be the number along any edge cubed
N_{e}^{3} = N = 1/ ( x_{b} )^{3} eq 35
Note that these all must be in integer values, i.e. N, N_{e} , N_{d} , T and x_{b }all must be related by integer powers of some constant.
It is now possible to state all of these variables in terms of one key variable, the dimensionless speed of light, D. We already know that x_{b} is related to T this way; x_{b}/T = D. These other variables must also be related by some integer power of D, and it is proposed that they must be related such that: x_{b} = 1/D^{2} eq 36
T = 1/D^{3} eq 37
N_{d} = D^{3} eq 38
N = D^{6} eq 39
N_{e} = D^{2} eq 40 Note that the proportionality constants all are unity, since the events being described are also integer quantum events. There was early consideration that the quantum of time or the quantum of distance might be variable in differing parts of the universe, and might vary with, for example, photon energy. This was rejected since the photon energy is irrelevant and while the spacetime quanta no doubt control the photon, it is less basic and can not control the more fundamental entity. Each change in space  time results in ONE  precisely one  no more no less  unit of time thus there is a one to one relationship in the number of disturbances, N_{d, } involved. What ever the number of possible spasons on the edge, N_{e, } of a basis cell is the total number clearly is N_{e }cubed. Thus since N_{d } and T are inverse quantities, we must have some combination of integers that has powers of 3 and 2 in them and the lowest possible number for N is D^{6} . Since 6 works with N_{e} coming out to the power 2, the whole system is the least power possible, and by Occam’s razor we cut the problem. D is related to L_{1} and the interpole distance to wavelength ratio implied in equation 3
l = L_{1} d = 6 p^{6} d eq 3(repeated) where L_{1 }= 5768.3351 = 6 p^{6} eq 4(repeated)
The ratio of mass of electron to mass of proton has previously been stated in eq 13 as L_{1}/p. There are five poles involved and the space volume disturbed in the proton thus must be corrected to reach the linear portion of the motion by 5/3 for each photon. Thus the value of D should be [(5/3) L_{1}/p ]^{3} = D eq 41 or in another form: [(5/3) M_{p}/m_{e}]^{3} = D eq 42
or D= 1000 p^{15} = 2.8658145969 x 10 ^{ 10} eq 43 = 28,658,145,969 possibly as an exact integer.
C also can be calculated from theory, and is given by the equation below relating the mass of electron in a hydrogen atom plus the mass of the proton (6 p^{6} + p ) to the photon linear motion content involved as if the 30 photon poles, correcting for the restricted motion because of the electron proton interaction accounting for 1/6750 total as if the poles were allowed to move in a linear (non rotary or mass like) motion.
C= [ (30 + 1/ 2(15) ^{3} )( 6 p ^{6} + p )]^{2}= eq 44
2.99792456193 x 10 ^{10} =29,979,245,619.3 compared to 29,979,245,620 (±110) = 2.997924562 x 10 ^{10 } observed.
With the evaluation of D and C it is possible to evaluate the rest of the values.
b = C/D (eq 28) = 1.04609857356 eq 45
B = b^{3} (eq 30) = 1.144768919 eq 46
x_{b} =1/D^{2 }(eq 36) =1.2175977039 x 10 ^{ 21} (pure number) eq 47
T =1/D^{3} (eq 37) = 4.2486966942 x 10 ^{ 32} (pure number) eq 48
N_{d} = D^{3} (eq 38) = 2.35366295117 x 10 ^{ 31} (pure number) eq 49
N = D^{6} (eq 39) = 5.53972928467 x 10 ^{ 62} (pure number) eq 50
N_{e} = D^{2} (eq 40) = 8.212893218 x 10 ^{ 20 }(pure number) eq 51
x = b( x_{b} ) = 1.2737272175 x 10 ^{ 21 }cm equivalent to 1 sec eq 52 
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