Gravity thoughts
The quantum level of order is where particles form and are maintained by standing wave patterns in the foundational medium, and where gravity results from the net directional imbalance in the inflowing wave component vs. the spherical out flowing wave component. The mechanics at the quantum level are referred to as quantum action.
The arena level of order is where big bang arenas fill themselves with galaxies that have separation momentum that carries galaxies out to intersect and overlap with adjacent arenas, resulting in new big crunches continually forming from the galactic remnants of previous arenas across the landscape of the greater universe. The mechanics at the arena level are referred to as arena action.
Needless to say, there are limits to the detail that we can observe and the data we can collect from our finest technologies that scan the universe at the upper and lower limits, including Hubble and colliders like the LHC. The levels of order that I invoke are outside of our ability to observe, and therefore can't easily be tested and falsified or supported by repeatable results. But everyone suspects there is action going on above and below our ability to observe and out of that widespread conviction come the two levels of order that I invoke in my model.
That brings me to the point of explaining how I developed the as yet unseen mechanisms of both quantum action and arena action that are the center pieces of my model. I have compared the mechanics of the two levels of order, saying they are strikingly similar aside from the vast difference in scale, and both levels include spherical waves carrying gravitational energy across the foundational medium.
It is easy to imagine a big bang arena as being a spherical expansion out of a big crunch, but it is difficult to imaging a quantum wave as being a spherical expansion out of a high density spot in a standing wave pattern at the quantum level. The reason for the difficulty at the quantum level is that we don't have a day to day familiarity with the components of the action like we have with the components that go into a big crunch. We can look out at night and see our Milky Way galaxy and can visually pick out other observable galaxies. We know from the redshift data that most of the galaxies outside of our galaxy group are moving away from us and from each other due to separation momentum from the perspective of my model. We can visualize our Hubble view and extend that image to a big bang arena, and from there we can easily image multiple arenas in a landscape where they intersect and overlap, causing new big crunches and new big bangs.
But what visuals and first hand familiarity do we have with the components that go into quantum action; not much. As laymen, we know a little of the science of quantum mechanics, and are familiar with the Copenhagen accords, and the uncertainty principle, the wave function, and particle-wave duality, etc., but those are not really used and dealt with by laymen. They are more or less vague concepts unless you work with them as a professional in the scientific community.
I developed the basic ideas of arena action in my model to describe the common preconditions to big bangs, and developed the arena landscape model of the greater universe. Then I was faced with developing the mechanics of a big bang. Using gravity to accumulate a big crunch form parent arenas did not present a problem with general relativity and space-time, but I knew that I was going to need a means of propagation of gravity at the quantum level that did not invoke general relativity because I had a layman understanding of the incompatibility or at least that inapplicability of a macro theory within the micro realm.
What I needed was a quantum explanation for the big bang event because galaxies are made of particles and a big crunch full of particles must employ "as yet" unknown physics in order to "bang". Those new physics started to develop in my model slowly, starting with brainstorming ways a big crunch could produce a big bang. Of course I had the picture of novas and supernovas collapsing as the gravitational result of the accumulated density of stars, but known particles were produced and the black holes that remained were neutron stars composed of known particles. The mechanics of a big bang had to be different.
The big crunch had to produce an environment that could inflate before particles formed so that the observed separation of galaxies could be accomplished, meaning the separation had to be equalized across the arena instead of from a center point that would be produced by an explosion. What I needed was a connection between the two levels of order where particles could form from wave energy, and one that accommodated the wave propagation of gravity.
The foundational medium was born as a perfect aether fluid that had to exist because there was an unmistakable role that only such a medium could fulfill. That role was that particles could be composed of wave energy, and gravity could traverse the medium as wave energy, thus connecting particles. The foundational medium lets my model invoke a level of order below the fundamental level of quantum mechanics and the standard particle model. In my model, without such a lower level of order, crunches can't bang, particles can't form that have separation momentum imparted to them in an inflating arena, and gravity cannot traverse the inner space of particle composition.
With such a foundational medium, my model can invoke all of those characteristics, and the big thing is that gravity becomes as simple as an imbalance between the inflowing and out flowing components of standing waves in the medium. Gravity waves come from the direction of surrounding objects and goes away from objects spherically as a result of quantum action.
The aspect that differentiates quantum action from arena action, aside for the huge difference in scale, is that big crunches form from particles accumulated by gravitational attraction at the arena level, and the high density spots within standing wave patterns form from the converging crests of wave energy of which particles are composed at the quantum level.
Particles at the arena level play the role that wave energy density of converging wave crests play at the quantum level. It is energy-to matter-to energy at the quantum level, and it is matter-to energy-to matter at the arena level. Energy to matter to energy produces contraction under the force of gravity, and matter to energy to matter produces expansion under the force of wave energy density equalization, i.e. expansion and contraction are the two major opposing forces of the ISU.
The quantum level of order is where particles form and are maintained by standing wave patterns in the foundational medium, and where gravity results from the net directional imbalance in the inflowing wave component vs. the spherical out flowing wave component. The mechanics at the quantum level are referred to as quantum action.
The arena level of order is where big bang arenas fill themselves with galaxies that have separation momentum that carries galaxies out to intersect and overlap with adjacent arenas, resulting in new big crunches continually forming from the galactic remnants of previous arenas across the landscape of the greater universe. The mechanics at the arena level are referred to as arena action.
Needless to say, there are limits to the detail that we can observe and the data we can collect from our finest technologies that scan the universe at the upper and lower limits, including Hubble and colliders like the LHC. The levels of order that I invoke are outside of our ability to observe, and therefore can't easily be tested and falsified or supported by repeatable results. But everyone suspects there is action going on above and below our ability to observe and out of that widespread conviction come the two levels of order that I invoke in my model.
That brings me to the point of explaining how I developed the as yet unseen mechanisms of both quantum action and arena action that are the center pieces of my model. I have compared the mechanics of the two levels of order, saying they are strikingly similar aside from the vast difference in scale, and both levels include spherical waves carrying gravitational energy across the foundational medium.
It is easy to imagine a big bang arena as being a spherical expansion out of a big crunch, but it is difficult to imaging a quantum wave as being a spherical expansion out of a high density spot in a standing wave pattern at the quantum level. The reason for the difficulty at the quantum level is that we don't have a day to day familiarity with the components of the action like we have with the components that go into a big crunch. We can look out at night and see our Milky Way galaxy and can visually pick out other observable galaxies. We know from the redshift data that most of the galaxies outside of our galaxy group are moving away from us and from each other due to separation momentum from the perspective of my model. We can visualize our Hubble view and extend that image to a big bang arena, and from there we can easily image multiple arenas in a landscape where they intersect and overlap, causing new big crunches and new big bangs.
But what visuals and first hand familiarity do we have with the components that go into quantum action; not much. As laymen, we know a little of the science of quantum mechanics, and are familiar with the Copenhagen accords, and the uncertainty principle, the wave function, and particle-wave duality, etc., but those are not really used and dealt with by laymen. They are more or less vague concepts unless you work with them as a professional in the scientific community.
I developed the basic ideas of arena action in my model to describe the common preconditions to big bangs, and developed the arena landscape model of the greater universe. Then I was faced with developing the mechanics of a big bang. Using gravity to accumulate a big crunch form parent arenas did not present a problem with general relativity and space-time, but I knew that I was going to need a means of propagation of gravity at the quantum level that did not invoke general relativity because I had a layman understanding of the incompatibility or at least that inapplicability of a macro theory within the micro realm.
What I needed was a quantum explanation for the big bang event because galaxies are made of particles and a big crunch full of particles must employ "as yet" unknown physics in order to "bang". Those new physics started to develop in my model slowly, starting with brainstorming ways a big crunch could produce a big bang. Of course I had the picture of novas and supernovas collapsing as the gravitational result of the accumulated density of stars, but known particles were produced and the black holes that remained were neutron stars composed of known particles. The mechanics of a big bang had to be different.
The big crunch had to produce an environment that could inflate before particles formed so that the observed separation of galaxies could be accomplished, meaning the separation had to be equalized across the arena instead of from a center point that would be produced by an explosion. What I needed was a connection between the two levels of order where particles could form from wave energy, and one that accommodated the wave propagation of gravity.
The foundational medium was born as a perfect aether fluid that had to exist because there was an unmistakable role that only such a medium could fulfill. That role was that particles could be composed of wave energy, and gravity could traverse the medium as wave energy, thus connecting particles. The foundational medium lets my model invoke a level of order below the fundamental level of quantum mechanics and the standard particle model. In my model, without such a lower level of order, crunches can't bang, particles can't form that have separation momentum imparted to them in an inflating arena, and gravity cannot traverse the inner space of particle composition.
With such a foundational medium, my model can invoke all of those characteristics, and the big thing is that gravity becomes as simple as an imbalance between the inflowing and out flowing components of standing waves in the medium. Gravity waves come from the direction of surrounding objects and goes away from objects spherically as a result of quantum action.
The aspect that differentiates quantum action from arena action, aside for the huge difference in scale, is that big crunches form from particles accumulated by gravitational attraction at the arena level, and the high density spots within standing wave patterns form from the converging crests of wave energy of which particles are composed at the quantum level.
Particles at the arena level play the role that wave energy density of converging wave crests play at the quantum level. It is energy-to matter-to energy at the quantum level, and it is matter-to energy-to matter at the arena level. Energy to matter to energy produces contraction under the force of gravity, and matter to energy to matter produces expansion under the force of wave energy density equalization, i.e. expansion and contraction are the two major opposing forces of the ISU.
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