ALPHABETICAL INDEX
 The Society for the Diffusion of Knowledge
P.O. Box 964,
Kaunakakai, HI 96748
 
GEOMETRIC PHYSICS STUDY


GENERAL OVERVIEW OF PARTICLES AND FORCES
    Within the random field, there are a number of theoretically possible structures, some permanent, some fleeting, some very small and others consisting of huge collections. Among them are simple waves (l) moving through the field in all directions, some traversing vast distances in terms of light years, and others decaying almost immediately.
PHILOSOPHICAL OVERVIEW
This is a study of ontology. Ontology is a general study of substance. Albert Einstein considered himself to be an ontologist. In general though, scientists who study chemistry and elementary physics do not consider themselves ontologists, because they have limited their studies to phenomenal substance manifesting as matter.
THE UNIVERSAL FIELD
As we have discovered, all three forms, the point, line and surface are of least complexity; a complexity equivalent to zero. Since they are without causal mechanism or governing means; each one being impossible to construct or destroy, one can only assume that their presence is a matter of extreme probability. If indeed any one of these can exist, so can many of the same. This means that Being is filled with an infinite number of Forms. This is called the Universal Field, which by virtue of the random organization of its principle elements, surfaces, it is further defined as the Random Field.
SIMPLE FIELD WAVES
The surfaces comprising the Random Field are neither fixed nor at rest.  As a direct result, the field is filled with incessant activity, referred to as noise.  Much of this activity is translated by the lateral, non-inertial movement of surfaces and simple field waves. Strictly on its theoretical behavior, a simple wave is thought to be analogous to electromagnetic quanta (light/photons/neutrinos).
CONFIGURATIONS IN A TWO DIMENSIONAL RANDOM FIELD
FIELD GENERATION OF THE SPIRAL CONFIGURATION 
Consider these conditions: (a) a normal field of normal density and isotropic, (b) within this greater field, a field whose surfaces happen to be arranged radially and (c) a small and fast moving wave entering this radial zone. 
    If the speed of this wave is very fast relative to the field surfaces in general, such that they appear "frozen in time" as it approaches the radial center, its orthogonal passage will cause it to curve around the radial center.
SYSTEM STRESS
The Induced Displacement Due to Interchange, abbreviated IDDI, is an instantaneouslateral displacement of surfaces as they adjust their position and curvature to the outwardmigrating ring of non-definity. 
ACTION-AT-A-DISTANCE
The Random Field is virtually a sea of waves passing in every direction. The larger the waves, the more readily they may travel without decay. This is the decay attributed to auto-convolution. 
RADIAL CONFIGURATION & FIELD DENSITY
The slow outward spiraling of the counter rotating waves of the radial configuration, the latter of which, in this hypothetical scheme, serves as analogue to the, can provide a consistent rate of decay providing that all waves within the field, which at some time or another might cause the generation of a radial configuration, share a more or less constant and equivalent speed. 
THE SPIRAL CONFIGURATION ELECTROSTATIC
Clearly, just as in the case between radial configurations, a lateral interaction between spiral configurations can be expected.  Considerably more complicated than IDDI causing forces between radial configurations, whose radials generally overall can be considered as being straight, at least in the sense that the net effect of IDDI being transmitted along curved and wavy radials is nearly approximated by a system of straight radials, the exact direction of vectors caused by IDDI at various distances from a spiral must be calculated, taking into effect the curvature of the spiral. 
GROUP BEHAVIOR
The interactive behavior of ISSs and OSSs is evaluted between parallel and orthonormal layers. 
POLAR IMPULSE (MAGNETISM)
Despite our adventures into space, our superb transition from classical physics to relativistic physics, combined with a century of technological advancement of unsurpassed measure, and an uncanny understanding of the Cosmos as never before known, there seems to be one remaining enigma to science:  the mysterious force-at-a-distance, called magnetism. (for intermediate students)
WEAK AND STRONG FORCE CONTINUUM (ABSTRACT ONLY)
ACTION-AT-A-DISTANCE TRACTIONS   The Random Field is virtually a sea of waves passing in every direction. The larger the waves, the more readily they may travel without decay. This is the decay attributed to auto-convolution. Despite their greater ability to propagate through the field, their production and thus frequency in occurrence is less for any given finite region of the field.
SPIRAL IMPULSE (CHARGE)
Once a simple wave winds a spiral configuration so tight, that its spiral surfaces are all nearly touching (approaching zero separation) along either an interior shell or an exterior shell, as the case may be;  for any given simple wave of any speed or wave size (l), the wave will eventually become a standing wave, and no longerwrap the field any further.
MASS AND INERTIA
Though these ambient field surfaces may alone make instantaneous adjustment, the concept of inertia and momentum having not been introduced nor geometrically possible, within the field and especially in association to configurations, in particular their cohesiveness, a delay in response to IDDI is reasonably justified;  this being inertia.

    ALPHABETICAL INDEX