The Sun, with a gravity-inducing SubSpace interior and external Photospheric shell
I would like to briefly point out some additional supportive observations that point to a SubSpace Cavity Sun:
Could the Sun propagate a magnetic field powerful enough to maintain a SubSpace bottle such as described?
Solar Loops
are powerful magnetic fields that burst through cool Photospheric Sunspots and reach high into the Sun’s Corona, then proceed to create towering organized plasma loops that can reach temperatures in the millions of degrees. These looped magnetic plasma structures contain significant amounts of mass. Nevertheless, these magnetic loops sit happily suspended above the Sun, seemingly unaware of the Sun’s gravitational pull as if it this were of no consequence.
How do Coronal Loops do this? These loops are manifestations are highly organized electromagnetic phenomenon in which disassociated electrons and protons organize themselves into camps, each particle contributing its magnetic potential to the whole, and this loop plasma configuration can hypothetically have a magnetic potential with a magnitude only slightly less 1 x 10 to the 39 greater than the gravitational force. In scientific terminology, they are powerful Ju-ju.
Though faced with the Sun’s gravitational pull - a force 28 times more powerful than that of Earth’s - solar loops structure shows no sign whatsoever of being imposed upon by the Sun’s powerful gravitational pull.
Consequently, solar Coronal Loops are a pretty blatant hint that Sun’s subterranean magnetic field is a force to be reckoned with, and, it is sobering to consider that the Loops are merely fading, temporary visitors from below the Solar shell; a pallid show of force compared to what must be magnitudes stronger magnetic fields that lurk beneath the Sun’s Photosphere; fields, certainly strong enough to maintain a SubSpace magnetic bottle. The plasma configurations that sustain the loops are part and parcel of the magnetic loops that are magnitudes greater then the Sun's gravitational force.
1 x 10 to the 39 greater than the gravitational force.
Ball Lightning phenomena
is a rare but sufficiently witnessed phenomenon; enough so that it now has credibility with much of the scientific community. These balls of light are usually associated with thunderstorms. A typical ball lightning event is heralded by a loud thunderclap, but with no accompanying lightning strike. Instead a ball of light appears, often observed to follow electrical wiring or interact with other electromagnetic phenomena, such as household appliances. They are often witnessed to emit oscillating sound waves. These can either disappear without any sound, or terminate with a retort as loud as a canon. Our understanding of their means of propagation is exceedingly limited, but I would like to suggest that, instead of behaving like their more common Subspace lightning filament cousins, these ball lightning interiors are coiled SubSpace filaments, efficiently although temporarily, maintaining a magnetic bottle, much in the same manner as our Sun does.
Sonoluminescence
The next natural phenomenon I would like to present is that of Sonoluminescence which is the emission of short bursts of light from imploding cavity bubbles in a liquid when excited by sound. Experiments indicate these cavity bubbles can reach temperatures above 19,000 °C. Note that these are cavity bubbles are NOT the result of any central object of mass suspended in a liquid, but are instead the result of resonance oscillations that one might compare to the helioseismology vibrations on the solar Photospheric shell
Gun fired underwater creates oscillating cavity
When a gun is fired underwater, the bullet produces an extremely low pressure cavity.
What is so impressive about these cavitations, is that they exhibit surprising capacity for conserving energy in an organized manner, in that, instead of the force of the cavity merely dispersing in the water, they oscillate; contracting, then exploding outwards again. These cavities can do this several times before the energy is expended. I believe this to be a rudimentary action, a low energy version of the two forces that continuously battle for dominance in solar propagation; a continual magnetic expulsion creating SubSpace, and the corresponding implosion of Space upon it.
The gunshot creating a water cavity is merely a miniature, low energy natural mimic of the Sun’s oscillations; that eternal battle of implosion and expulsion that we observe through the science of helioseismology.
Then there is the Mantis Shrimp that kills its prey by creating cavities so energetic that they produce light and a temperature comparable to that of the surface of the Sun. Here we can see the repeating pattern of energy emitting cavitation in nature, and we can see it is apparent that we do not have to ascribe to a dense interior in order to propagate energy.
Mantis Shrimp
Left - Mantis claw creating cavity implosion reaching photospheric temperatures
My final observation is the “lightning initiation problem” in thunderclouds. The problem is that the measured charge between two clouds appear to be way too weak to inaugurate a lightning discharge between the two.
And after the lightning is inaugurated, how does lightning propagate for tens of miles through clouds? How do you turn air from being an insulator into a conductor?
This puzzle could conceivably be solved if lightning is a spiral of electrons and protons temporarily producing a SubSpace filament within. The envelope filament becomes a superconductor highway that allows the unobstructed flow of electrical current.
Heliosphere 'feeding system'
From Earth geology, we have a pretty good idea that the Sun has been around for about 5 billion years. How is it then that the matter that makes up the Photosphere shell has not long since exhausted its fuel, causing the Subspace to collapse with an almighty ‘Pop’?
There is an eloquent solution for this which simultaneously confirms a continuity with the nature of life behaviour:
We are in a time when the Voyager Space probes are at the very frontier of our Solar System, and we are discovering that this heliospheric boundary where the Sun’s envelope meets galactic space is much more complex than the bow of a ship plowing through the ocean.
Solar Heliosphere striking Galactic Space boundary
Quite the contrary; we are discovering that there is a complex exchange of magnetic fields, radiation and particulate matter between the solar envelope and galactic space surrounding it. We now have a pretty good idea that that as the Sun orbits the galaxy, the shockwave of the Sun’s magnetic field impacts external space, causing statically charged particles to be captured and ride the Sun’s magnetic fields into its poles, where they are absorbed, somewhat reminiscent of a ‘feeding’ mechanism. Could this be a function of what is turning out to be a surprisingly complex outer Heliosphere shell - that as the Sun orbits about the Galaxy, meandering through gas and dust clouds; it is using gravitation and the magnetic heliosphere to graze and maintain the Sun’s photosphere?
Quantum Mechanics and Subspace
It is presently popular for quantum mechanic theorists to claim that Absolute Vacuum, or SubSpace is not possible; that the dictates of quantum mechanics on this largely unknown frontier would have it that SubSpace cannot exist. But then again, less than a hundred years ago, knowledgeable scientists claimed that aircraft could not fly faster than the speed of sound. So in for a penny in for a pound, laboratory observations have demonstrated that at the boundary of almost perfect vacuums, virtual particles spring into life. So could it be that for a monster magnetic bottle full of SubSpace, virtual particles are just child’s play in comparison? Rather, that electrons and protons - or perhaps whole Hydrogen atoms - spring forth from the SubSpace? It just seems so unintuitive, but the observations we already have force me to contemplate it.
Virtual particle static in a near perfect vacuum
In Monthly Notices of the Royal Astronomical Society, 5/14/24, Richard Lieu published, "The binding of cosmological structures by massless topological defects". This is a rather complicated way of saying, as paraphrased by Russ Nelson University of Alabama in Huntsville, in Phys.org, 06/07/2024: "Researcher suggests that gravity can exist without mass, mitigating the need for hypothetical dark matter"
Richard Lieu paper is disappointingly hand waving when it comes down to describing an actual mechanism for creating gravity without a corresponding quantity of mass, but closer than I've ever seen anyone come in the 40-odd years since I wrote my first paper on gravitational induction .
This paper illustrates a mechanism that can be backed up by laboratory experimentation.
For the thousandth time, here it is: Plasma configurations can 'rip' space apart creating and maintaining absolute vacuums (Subspace, as Jakob Steen Madsen coined it.) Space implodes upon the Subspace, an effect indistinguishable from gravity.