The Dynamic Nature of the Fabric Of Space

Although we have explored the structure and origin of a FOS rigidity / density gradient (gravitational field) no explanation for the affect it has on matter has yet been given. I had suspected that the origin of the force, or effect, must lay within the structure of the electron. In search of a clue I turned to the relationship between electrons, positrons and gamma rays, and on the fact that they can be derived from one another. While pondering this relationship I recalled that in the annihilation reaction between the electron and its' so-called anti-particle, the positron, that the resulting decay products are two (sometimes three) gamma-rays (and sometimes a neutrino). And another idea that came to mind to support and consider in a proposal for an electron was the Compton Effect. Although when I came up with a possible structure for an electron I was unaware of a lot of known physical phenomenon and observations, but I went ahead and based my ideas on the concept that bodies within the fabric of space were based upon pockets of the fabric varying in density, and with all of space possessing a plastic-like property granted to it by the material that it is composed of. The Compton effect clearly indicates the particle aspect of not just electrons but also of high-energy photons like x-rays and gamma rays. What this effect consists of is the observation that in the collision between an electron and an x-ray that the electron gains kinetic energy from the collision, as if two billiard balls had struck one another, and the x-ray increases in wavelength (becomes less dense(larger) and less energetic). Clearly the FOS has the potential for volumes of itself to behave at least somewhat like semi-solid bodies or objects.
     The form the electron takes is conceived from a gamma ray, and yet under natural (cold) conditions rarely exceeds 5% of the speed of light (the velocity associated with the emission of an electron from the nucleus). At this velocity it no longer behaves, as we are accustomed to it doing so. To behave normally, an electrons velocity in the outer regions of an atom reaches around 0.7% (approx. 2200 km/sec) of the velocity of light. Based on the ratio of 1 over 137 - at least for the light elements. Also whatever its form, the structure of an electron would have to account for magnetism.

     What came to mind was my memory of an observation, from watching smokers, that smoke-rings (although they originate from a similar energetic puff of breath) move much slower than a smoker's normal exhale. The reason being that, the volume of smoke is expending a fair amount of its energy in flowing around itself. I speculated that given the fluidic nature of the FOS, that such a form could be brought into existence within the FOS by the collision between two different wavelengths of gamma-rays (see A thru G). Their size would have to differ enough so that one was more solid than the other, and to give the denser of the two something (volume wise) to work with. As a result of the collision a remarkable transformation takes place that alters their structure minimally, and yet changes their characteristics remarkably.
     In the beginning the collision proceeds as any such encounter would between two dissimilarly dense and unequal sized bodies. With the smaller, denser and more rigid, of the two, initiating penetration of the larger, less dense & less rigid body (see A). As the larger photon is penetrated its outer forward surface is drawn into itself by "following" the smaller but more energetic gamma-ray (see B). The penetrating gamma ray is being transformed into a positron, as it passes through this body (of the forming electron), by being dramatically compressed in the process. Resulting in it becoming entirely self-attracting in terms of its wave energy. Could it be that as it passed through the electron its own wave energy was diverted from directly ahead of its path of conduction to the surrounding body of the gamma ray it has just passed through? Internally changing the path of conduction from directly ahead of itself to its exterior sides of its outer self. After the passage of this newly formed positron the wave energy of the electron, to be, is now conducted back to the only remaining body of dense FOS around. That is itself. The photon's velocity, energy of propagation, being translated into circular motion within & around itself. Although this inward rotating "smoke-ring" is not entirely totally self attracting. The wave energy traveling now back to the front of the electron is also partially attracted to the FOS ahead of the electron as is any wave, but then once it reaches the front it finds itself attracted back into the cone-like depression or the hole of this torus. Drawn within because of the induced internal rotation, but also because here the fabric of space is accumulating. Due in part to the necessary compression of the fabric in order to pass through the center of the electron-torus. Giving rise to a new region of FOS for the electron to be partially conducted towards. This forming gradient begins to be pushed ahead of the electron in turn initiating compression of the fabric ahead of itself. Like a "solid" moving body would compress the air ahead of itself. Brought about by the resistance of the fabric to being set into motion (its inertial property). All of the relevant fabric of the forming "gradient" tries to move in with the surface responsible for its present state of compression.
     The existence of this compressed material within the hole of the electron has the effect of ...
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The Dynamic Nature of the Fabric of Space

: a physical model / theory & view of the universe

The Dynamic Nature of the Fabric of Space

: a physical model / theory & view of the universe