Space present within and outside of atom:
Currently accepted hypothesis: Space present within atom:
According to the current understanding, other than the space occupied by the Nucleus and Electrons, the remaining space present within the atom is hypothesized as massless. This space is made up of numerous energy levels of Electrons though it is considered as energy less.
Current experimental outcomes & predictions: Space present within and outside of atom:
As per the experimental outcomes, the positive charged Nucleus attracts surrounding Electrons present within and outside of the atom. So, it indicates that the space present within and outside the atom either carries electromagnetic property or it is transparent for the electromagnetic property.
Hypothesis as per O-ToE:
As per the O-ToE, space present within and outside of the atom is made up of well-defined building blocks that possess specific tqM and variable tqE. These building blocks are known as Gemtrons.
According to this theory, Gemtron is made up of definite quanta of dark energy and definite quanta of dark matter which continuously rotates circularly as per right-hand thumb rule. Within Gemtron, bended (bent) cone-shaped dynamic tunnel is made up of a number of doughnuts shaped circular tracts of different radius organized in descending order. On each of these circular tracts, definite quanta of dark energy rotate circularly in the definite direction with definite frequency. Dark matter is rotated within the dynamic tunnel in the direction of thumb as per right-hand thumb rule, whereas outside of the tunnel, dark matter moves in the opposite direction. The direction of curled fingers suggests the direction of rotation of quanta of dark energy.
Rotation of Dark energy and Dark matter within Gemtron
Each Gemtron possesses six substructures having variable mass density and variable energy pressure.
Among six substructures within the Gemtron, four substructures having polarized nature (as shown in the figure) have different tqE/tqM as well as the different directions of movement of tqE and tqM from one another. On the base of the relative movement of tqE and tqM, one pair of substructures acts as a pair of electric fields, whereas another pair of substructures acts as a pair of magnetic poles. Both pairs are oriented perpendicular to each other.
Among six substructures, the remaining two non-polarized substructures of Gemtrons have similar tqE/tqM but having the opposite direction of movement of tqE and tqM from each other. They are responsible for the absorption or emission of qE. Therefore, they are responsible for alteration in tqE/tqM within the Gemtrons. These substructures of Gemtron are termed as matrix fields.
Six Substructures within Gemtron
According to O-ToE, Gemtrons create a number of energy levels around the Nucleus. The mass density and energy pressure within Gemtrons organized proximal to the Nucleus are higher as compared to the mass density and energy pressure within Gemtrons present farther to the Nucleus. Even though the very high energy pressure of Gemtrons organized proximal to Nucleus, they possess lower tqE/tqM as compared to Gemtrons present farther to the Nucleus.
Arrangement of Gemtrons in Energy levels of Electrons within Atom
Gemtrons completely occupy the space within and outside of all the atoms. Therefore, they are responsible for the formation of a 3-dimensional continuous medium across space within the Multiverse traditionally known as Ether.
As these building blocks are the carrier for gravitational, electric and magnetic alterations occurred due to the relative movement between the systems. Therefore, they are termed as Gemtrons.
Matrix of Gemtrons around the massive object in space
Gemtrons create a medium that is highly sensitive for the alteration in the electric fields and/or magnetic fields produced due to the relative movement between the systems. In normal conditions, Gemtrons orient toward one another in a definite manner that the electric and magnetic fields created by them are neutralized by the surrounding gemtrons or other building blocks. Whereas in presence of external electric current or magnet, these electric and magnetic fields of the Gemtrons are oriented in a definite manner, therefore the medium created by the Gemtrons are responsible for transmitting the electric and magnetic changes occurred due to the relative movement between the systems.