Mass
Mass:
Mass in QWC is any accumulation of energy quanta that displays containment within the space occupied by the accumulation.
As mentioned earlier, containment in QWC is the characteristic of mass that delays the expansion of spherical energy waves. Containment is the cause of mass and gravity.
So the question might come up as to what could cause a delay in the expansion of spherical energy waves? Actually it is the delay of a portion of the wave as it gets caught up in the formation of subsequent high density spots as it passes out of or through mass. A wave generated by one quantum action within mass will be subjected to being involved in the formation of other high density spots by being involved in wave intersections where the overlap forms additional quantum action.
So then the question might come up as to how a portion of a spherical quantum wave could get involved or caught up in subsequent quantum action? That is best explained by taking a closer look at the structure of a spherical quantum wave.
We have discussed the formation of a high density spot as the intersection of quantum waves and that the spot forms where the waves overlap. A high density spot is therefore always surrounded by a zone of low energy density relative to the high energy density of the spot that forms.
This low energy zone pulls the surrounding background fluctuations into it thus sending a low energy density spherical wave across the background as the high density spot forms. Energy fluctuations try to fill low energy zones by providing energy to equalize their energy with the zone energy.
The spot then bursts into a high energy wave that follows the low energy wave across the background.
If there is no containment of the high energy push of the wave, the net energy of the leading low energy pull of the wave and the following high energy push of the wave is zero and the only effect as the combined wave crosses the background is a slight jostling of the background fluctuations.
However, this slight jostling is often enough to position intersections that are ready to form high density spots into the low energy zone. Often the following high energy spherical quantum wave from the spot that caused the low energy zone will then participate in the completing of those repositioned overlaps and thus provide a portion of its energy to the new spot.
If part of the push is delayed when it encounters a forming high density spot because some of its push energy is involved in the overlap of waves that make up the forming spot, then a portion of the original push is delayed until the forming spot bursts.
That is containment. It is the portion of the push of the spherical quantum waves that are captured and thus delayed relative to the pull portion of the waves while the waves are passing through the mass.
The delay causes a change in the net energy of the wave structure. The leading pull wave is out front of the newly forming intersections and escapes intact, while the following push wave is caught up in the subsequent high density spot formation and is thus participating in the perpetuation of the mass for an instant, hence the delay.
In order for mass to exist it must display containment.
The energy equivalent of mass is the number of quanta within the mass, i.e. the count of the quantum actions that are maintained within the mass by containment. The density of the mass is the quantum count divided by the space occupied by the mass.
Aside: It appears that no one with any investment in today’s science will respond to this thread. It is clean, it is alien to today’s science, and if true it would change science dramatically and who wants that? Or am I wrong?
Should I bother with the next post on the cause of gravity? You know I will.
Mass:
Mass in QWC is any accumulation of energy quanta that displays containment within the space occupied by the accumulation.
As mentioned earlier, containment in QWC is the characteristic of mass that delays the expansion of spherical energy waves. Containment is the cause of mass and gravity.
So the question might come up as to what could cause a delay in the expansion of spherical energy waves? Actually it is the delay of a portion of the wave as it gets caught up in the formation of subsequent high density spots as it passes out of or through mass. A wave generated by one quantum action within mass will be subjected to being involved in the formation of other high density spots by being involved in wave intersections where the overlap forms additional quantum action.
So then the question might come up as to how a portion of a spherical quantum wave could get involved or caught up in subsequent quantum action? That is best explained by taking a closer look at the structure of a spherical quantum wave.
We have discussed the formation of a high density spot as the intersection of quantum waves and that the spot forms where the waves overlap. A high density spot is therefore always surrounded by a zone of low energy density relative to the high energy density of the spot that forms.
This low energy zone pulls the surrounding background fluctuations into it thus sending a low energy density spherical wave across the background as the high density spot forms. Energy fluctuations try to fill low energy zones by providing energy to equalize their energy with the zone energy.
The spot then bursts into a high energy wave that follows the low energy wave across the background.
If there is no containment of the high energy push of the wave, the net energy of the leading low energy pull of the wave and the following high energy push of the wave is zero and the only effect as the combined wave crosses the background is a slight jostling of the background fluctuations.
However, this slight jostling is often enough to position intersections that are ready to form high density spots into the low energy zone. Often the following high energy spherical quantum wave from the spot that caused the low energy zone will then participate in the completing of those repositioned overlaps and thus provide a portion of its energy to the new spot.
If part of the push is delayed when it encounters a forming high density spot because some of its push energy is involved in the overlap of waves that make up the forming spot, then a portion of the original push is delayed until the forming spot bursts.
That is containment. It is the portion of the push of the spherical quantum waves that are captured and thus delayed relative to the pull portion of the waves while the waves are passing through the mass.
The delay causes a change in the net energy of the wave structure. The leading pull wave is out front of the newly forming intersections and escapes intact, while the following push wave is caught up in the subsequent high density spot formation and is thus participating in the perpetuation of the mass for an instant, hence the delay.
In order for mass to exist it must display containment.
The energy equivalent of mass is the number of quanta within the mass, i.e. the count of the quantum actions that are maintained within the mass by containment. The density of the mass is the quantum count divided by the space occupied by the mass.
Aside: It appears that no one with any investment in today’s science will respond to this thread. It is clean, it is alien to today’s science, and if true it would change science dramatically and who wants that? Or am I wrong?
Should I bother with the next post on the cause of gravity? You know I will.