Discover Connected Gravispheres
This article refers to the paper Connected Gravispheres [1] written by Robert Beatty, and considers mechanisms that attach Gravispheres together.
It follows comments made below the PSI article “Astronomers discover massive radio galaxy” of 19 February 2022 [2]. “Astronomers have discovered the largest radio galaxy ever named Alcyoneus, stretching at least 16 million light-years through space, new research shows” (reference text added) “BH” is near the black hole and “C1”,“C2” are radio data interpretations of photon clouds.:
Figure 1.
Gravispheres are discussed in published paper “The Nature of Gravity”, [3] which includes an illustration of the Solar System gravisphere. This gravisphere illustrates an iso graviton sphere on which the Solar System is located. The graviton field strengthens inside this sphere and weakens beyond that surface, in accordance with the Inverse Square law.
Figure 2.
The paper also describes how gravity forms at black holes, where the gravity field is strongest, and includes a development mechanism for gravitons, as seen:
Figure 3.
‘Cosmic rays’ emerge from the black hole axis. A description of cosmic rays include “Cosmic rays are high-energy protons and atomic nuclei that move through space at nearly the speed of light.” [4] The current paper concentrates on the positively charged “proton streams”.
Figure 3. Also show how gravitons form at black holes. They provide the property of gravitational attraction to any encountered mass, and are calculated to associate with atoms containing an even number of neutrons and protons, by a process not yet fully understood. However, a graviton is critical in connecting the theory of relativity with quantum mechanics.
It appears that mass entering a black hole is ‘stripped clean’ which includes losing its graviton association. In this mode, protons can escape as massless, positively charged particles, travelling at high speed, as seen in Figure 1.
Under the Inverse Square law formula, gravitons distribute throughout a gravisphere. They weaken with increasing distance, but the concentration of gravitons determines the strength of a local gravity field within a gravisphere.
Astronomical observations show the arms of spiral galaxies rotate in unison with the galaxy axis. This is different to how planets orbit in the solar system, because planets most distant from the Sun rotate slower than planets nearer to the Sun. This anomaly is currently explained by assuming that ‘dark matter’ exists throughout the universe, and acts to stick stars together. This allows them to rotate similar to the spokes of a bicycle wheel, as discussed at[5] and shown in Figure 4.
Figure 4.
The operation of a black hole is discussed in “Black Hole Radiation”. [6] The Connected Gravispheres paper illustrates a mechanism which analyses the two streams of protons coming from black hole axises, and determines the magnetic effects those streams generate. This illustration shows how two adjoining gravispheres can form a proton cloud, similar to C1 or C2, where the influence of two black holes meet.
Figure 5.
The illustration shows two streams of positively charged protons from adjacent black holes. The sequence is observed in the Alcyoneus radio telescope data positions C1 or C2, which trace ejecting protons seen in the radio telescope data, forming two axial beams, which are relatively compact and not dispersed through conveying positively charged protons. This process is further explained at “Physical basis for the rules” [7] as discovered by Hans Christian Ørsted).
Figure 6.
The positively charged proton streams coming from the black hole produce a protective magnetic flux surrounding the streams as shown:
Figure 7.
Proton streams surrounded by protective magnetic conduits can travel extensive distances, having paired north and south magnetic poles. This effectively turns a black hole into a large dipole magnet.
Figure 8.
At the gravisphere boundary, a proton stream will magnetically connect to a proton stream coming from an adjacent gravisphere. In this way, gravispheres can tie together and operate as observed without a need for ‘dark matter’.
Figure 9.
The Solar System gravisphere is calculated to be 3,343 light years in radius (6,686 ly diameter) between the Solar System and the central Black Hole at V616. [8] The Milky Way is quoted to have a stellar disc approximately 170,000 – 200,000 light years in diameter. [9] The Alcyoneus radio galaxy shows jets extending ‘at least 16 million light-years through space’ which is considerably bigger than the V616 black hole, or the Milky Way influences.[10]
New mass forms where photons appear at C1 and C2 seen in Figure 1. These regions are where protons exit their stream conduits, having encountered streams of protons coming in the opposite direction. The collision coincides with the magnetic union of the two proton streams.
Protons so liberated combine with locally available electrons to form a variety of simple combinations including hydrogen and neutrons. Once these have developed, more complex molecules form. However, gravitons appear to provide the property of gravitational attraction to encountered elements, and are calculated to associate, initially, with atoms containing an even number of neutrons and protons.
These include the even numbered columns of the Periodic Table. Once compounds form containing even numbers of neutrons and protons, they too attract gravitons, which entangle with gravitons radiating from a central black hole. Once entanglement occurs, the elements and compounds have mass and can respond to the properties of gravity without involving speed of light considerations.
Figure 11.
Mass starts to form near to adjacent gravisphere boundaries, starting with a flow of protons which associate with universally available electrons and gravitons.
Conclusions.
- The solar system gravisphere illustrates an iso graviton sphere matching the Solar System location.
- The graviton field is strengthens inside this sphere and weakens beyond that surface, in accordance with the Inverse Square law.
- Gravitons are calculated to associate with atoms containing an even number of neutrons and protons.
- Gravitons are critical in connecting the theory of relativity with quantum mechanics.
- Under the Inverse Square law, the distribution of gravitons throughout a gravisphere, weakens with increasing distance, and the concentration of gravitons determines the strength of the local gravity field.
- Mass entering a black hole is stripped down to its fundamentals which includes losing its graviton association.
- At black holes, protons can escape as massless, positively charged particles, travelling at high speed.
- It is currently assumed that ‘dark matter’ exists throughout the universe and that acts to stick stars together. This theory does not require the dark matter assumption.
- The Alcyoneus radio galaxy is more extensive than spiral galaxies like the Milky Way.
- Diverse acceleration of proton streams are expected to create electromagnetic photons.
- Proton streams surrounded by protective magnetic conduits can travel extensive distances, and have paired north and south magnetic poles, which effectively turns a black hole into a large dipole magnet.
- At the boundaries of a gravisphere, a proton stream can magnetically connect to a proton stream coming from an adjacent gravisphere, which ties them together.
- The regions of photon activity shown in Alcyoneus radio galaxy data are where protons exit their stream conduits and accelerate in random directions.
- Liberated protons initially combine with locally available electrons to form a variety of simple elements.
- More complex compounds subsequently form with some elements entangling with available gravitons, to have mass, and immediately respond to the properties of gravity.
- Isaac Newton’s Laws of motion apply inside a gravisphere, provided G is regarded as a vector variable directed at regions of high gravity.
- Gravitons develop at a central black hole, and distribute within a gravisphere following the Inverse Square Law.
- Albert Einstein’s theories of Relativity apply throughout the universe, but fails to appreciate the extent of “spooky action at a distance.”
- Galaxies consist of assembled gravispheres connected through magnetic attachment.
- The universe consists of galaxies in which stellar objects exist, are created and consumed, as proposed in “The Nature Of Gravity – A New Steady State Theory”.
References:
- bosmin.com/PSL/ConnectedGravispheres.pdf
- https://principia-scientific.com/astronomers-discover-massive-radio-galaxy/
- https://principia-scientific.com/wp-content/uploads/2022/02/TheNatureOfGravity2cPSI.pdf
- https://en.wikipedia.org/wiki/Cosmic_ray
- https://universesandbox.com/blog/2019/06/dark-matter-galaxies/
- http://www.bosmin.com/PSL/BlackHoleRadiation.pdf
- https://en.wikipedia.org/wiki/Fleming%27s_left-hand_rule_for_motors
- http://www.bosmin.com/PSL/BigBangOrSteadyState.pdf
- https://en.wikipedia.org/wiki/Milky_Way
- https://www.techradar.com/news/newly-discovered-monster-galaxy-is-the-largest-ever-found
Robert Beatty refers in this article to his papers from PSI’s Publications section. They are:
Black Hole Radiation: Entangled Gravity by Robert A Beatty
Gravispheres: What’s the matter with Dark Matter? by Robert A Beatty
Messier 87 – Virgo A: Supergiant Elliptical Galaxy by Robert A Beatty
Photon Gravisphere Speeds: Exposed Light by Robert A Beatty
The Nature Of Gravity: A New Steady State Theory by Robert A Beatty
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