(1*) Particle speeds in various matter radiations relative to the speed of light
Photons have only 3 shell UM, and therefore spin faster than gravitons, but their higher vibrations also lift them above the density level of physical matter. They have now been shown to have the properties of physical particles as well as of waves. Einstein initially gave photons particle status to avoid the need for an ether through which photons can propagate as waves, although he continued to believe in the existence of an ether.
The Jomaidon, with only 2 shell UM, is for us only an energy, but it is also a particle. It is the basis of biological life. Its effect is to convert suitable physical matter into biological matter as explained below. The jomaidon is the main source of our operating energy. It flows into the chakra system of the body, especially when asleep, and is distributed through the acupuncture meridians. It can also be used by healers to radiate energy into patients with their hands or mind. Jomaidon is being converted into bio-energy, prana or life-force by combining with yang energy or Tudon, another cosmic energy streaming into our bodies. This supplies 4 UM which on contact convert high energy jomaidon particles into low-energy saturated electrons, thereby releasing a high excess of bio-energy. Death happens when the jomaidon inflow into a body stops. From this moment on the body starts to decay.
The Meson is produced by nuclear collisions and also by collisions of stellar objects. It is part of some protons and neutrons and also of the mental body.
The Positron is a byproduct of particle collisions and radio-active decay, and is now used in medical diagnostics. If a positron with 0 shell UM collides with an eltron having 6 shell UM, then the shell UM are being shared between both particles, creating two photons. Above the etheric level is the astral level. Astral energy vibrates at a higher rate than etheric energy. Astral matter does not contain protons and electrons, but is composed mainly of positron-based neutrons. Biological bodies have astral bodies which also store gravitons.
Protons and Neutrons
The main long-lived conventional particles are protons, neutrons and electrons, and to some degree their antiparticles. Protons and neutrons are “nucleons” or “hadrons” that form the nucleus of atoms. Nucleons in turn consist of smaller subatomic particles. According to GPS, a proton comes into existence when an eltron binds an unsaturated electron with 1, 2 or 4 shell UM. This creates a #1, #2 or #4 proton as in Fig.5.
Fig.5: Proton (GPS) - an eltron combined with a meson
The #1 proton is a combination of an eltron with a meson. It is the most stable proton but overall rather rare (about 3%) in our environment. It appears to have some anti-gravity properties and assists levitation. The #2 proton abounds in biological structures, it is the combination of an eltron with a jomaidon. The #3 proton, containing a photon, is highly unstable and disintegrates immediately after forming in a collision. The #4 proton is a combination with a graviton and dominates the physical or non-living world of our planet. This is less stable than #1 and #2 protons, and is the one used in particle collision experiments and nuclear power generation.
Fig.6: Neutron (GPS) – a meson combined with 2 eltrons
The arrangements are similar for neutrons. The main difference is that there are two eltrons bound to one unsaturated electron between them as shown in Fig.6. The spin centre of the neutron is at the unsaturated electron in the middle, and it remains there when one electron is expelled to convert the neutron into a proton. This produces an asymmetrical spin centre which makes the proton energetically more balanced and like a neutron. The release of an electron with 5 shell UM from the neutron leaves a single negative UM in the electron and a single positive UM in the proton. This positive UM joins the remaining eltron to give it 7 shell UM (not shown in Fig.5), and this provides the proton with a positive electric charge.
Nucleons and Health
Except for some minerals, healthy biological structures contain only #2 protons and neutrons. In contrast, toxic and metabolic wastes or dross which the body tries to expell consist mainly of #4 protons and neutrons. The more unhealthy the body becomes the more #4 nucleons remain in the body. This is especially noticeable with cancer.
The higher the number of #4 nucleons the lower is the chance of recovery. #4 nucleons may accumulate in the body by eating food with low biological value, by insufficient elimination of toxic and metabolic waste, by creating much waste by exposure to harmful radiation, and by insufficient inflow of jomaidon energy.
Molecules or structures with high numbers of #4 nucleons within cells may die and obstruct the functions of these cells. With high inflow of jomaidons, defective cells may be normalised again by converting #4 nucleons back into #2 nucleons.
The Hydrogen Atom
The hydrogen atom is interesting because it allows us to compare its structure as provided by L&B with that from GPS. L&B did not investigate or describe isolated individual protons, neutrons or electrons, but only as they were present in atoms. They observed that when one chemical element combines with another, the atoms almost always break up. The new combination is not of one atom with another as a whole, but instead the components are rearranged into a complex structure. Fig.7 shows the L&B image of the hydrogen nucleus with several interesting features, especially the arrangement of the Anu (UPA) into groups of three, and also the oval shape of the nucleus.
Fig.7: Nucleus of the hydrogen atom (L&B)7
The hydrogen triplets, or more generally UM triplets, are held together by electric charges and energy flows as shown in Fig.10. Three triplets in turn are bound together into a triplet triangle by opposite charges and energy flows, and both triangles are joined by their opposite electric charges. These seem to be the main forces that hold the particles inside the nucleus together.
Theosophical concepts are mainly derived from ancient Hindu teachings and Sanskrit writings. Accordingly, physical matter is the densest phase of the etheric level or dimension, consisting of solids – E7, liquids – E6, gases – E5, and four additional sub-divisions presently unknown to science.
Fig.8 shows what happened when the investigators psychically moved the examined hydrogen nucleus or proton from its E5 state as a gas (far left) into progressively higher etheric levels up to E1 (far right).
Fig.8: Dissociation of hydrogen at higher etheric levels (L&B)
When L&B mentally sent energy into the nucleus, it initially broke up into two separate particles. The wall around the nucleus disappeared while the small Anu or UM triplets rearranged themselves into two walled entities and moved to the E4 level where they can no longer be detected by physical instruments. With more transmitted energy they stepwise broke up into quarks (E2) and then into 18 individual particles, the “Anu” or indivisible particles (E1). With even more energy the Anu disappeared from the etheric plane.
These visions of the Anu and the ether were confirmed and enhanced by the Theosophist and clairvoyant Geoffrey Hodson. He also saw myriads of minute points of light pervading the space and surrounding everything, including the Anu, which were several orders of magnitude larger than these tiny lights. This field of tiny lights was like a mist and also spiralled around the Anu. I assume that these tiny lights are energy vortices which rapidly manifest and demanifest, thereby forming the ether of space. This is essentially how Albert Einstein envisioned the ether. For a detailed analysis of the discoveries of L&B (but not GPS) see Stephen Phillips, a theoretical and particle physicist.
Fig.9: Hydrogen Atom (GPS)
Recently researchers were surprised to find that protons commonly have shapes like a peanut or rugby ball, at low energies they may also resemble a sphere, a doughnut or bagel https://www.sciencedaily.com/releases/2003/04/030408085744.htm. Fig. 7 clealy shows the peanut or rugby ball shape as seen with ESP already 100 years ago. The Fig.9 GPS image does not show the electron fully integrated. The letters refer to binding energies.
Nucleic Rearrangement
There is an apparent discrepancy between Figs.7 and 9: the L&B nucleus has 18 UM/Anu, while the GPS nucleus has only 12 UM. All of these apear to be from the nuclei of the contained elementary particles. Despite making great efforts in this direction, L&B were not able to see electrons. For this and other reasons, I conclude that in chemical bonds the nucleus of the electron actually joines the other two nuclei inside the proton to make it a quasi-neutron. and only the 5 shell UM of the electron circle the 3 combined particle nuclei as the electron cloud. The shell UM of the other two nucleic particles may remain with their nuclei, but the excact arrangement is not clear as L&B apparently did not see them. Another remaining problem is to explain the difference in the arrangement of the UM in Figs. 5 and 9. It may be that Fig.9 is only schematic and Fig.5 how it actually looks.
Also all other chemical elements as investigated by L&B displayed the same pattern of 18 Anu per nucleon. Therefore, I assume that the same process happens with all chemical elements and makes it understandable that according to the GPS information there are in reality not multi-level electron orbits around the nucleus, but instead only a one-level electron cloud consisting of UM. A multi-level effect may instead be due to the way electron nuclei are arranged within the atomic nucleus.
L&B mentioned that extensive rearrangements occur in the nuclei during chemical reactions. I assume that the same rearrangement occurs when the neutron splits into proton and electron. In this case only 12 nucleic UM remain. Fig.7 suggests that one of the two eltrons is expelled, but in the process leaves one of its positive shell UM behind, and this now joins the 6 shell UM of the remaining eltron to give it a positive charge.
Further, the triplet triangle containing the 2 linear triplets breaks up. The linear triplets now form the nucleus of the electron, and the third triplet stabilises the remaining triplet triangle. Therefore, the proton in an atom has very different particle and energy arrangements compared to a free proton as in proton rays.
Quarks
The main particles in the nucleus of an atom are protons and neutrons, also called nucleons or hadrons. These consist of smaller particles or subparticles, most important of these are the quarks. According to particle physics there are at least 3 quarks in each nucleon which produce a combined electron charge of either +1 e or -1 e in a proton or antiproton, or are neutral in the neutron. UM triplets are the equivalent of quarks. Fig.10 shows a drawing by L&B of their internal energy flows. These energy flows in addition to the electric charges of the UM hold the triplets together.
Fig.10: Up Quark or positive triplet on left, down Quark or negative triplet on right (L&B)
In conventional particle theories quarks are either up or down with a charge of either +2⁄3 e for the up quark, and −1⁄3 e for the down quark. Protons have 2 up and 1 down quark for a combined electron charge of +1 e. Neutrons have 2 down quarks and 1 up quark for a charge of zero. There may be any number of additional quarks in a nucleon as long as their properties overall balance out to zero. For a conventional image of quarks see Fig.11.
Fig.11: Conventional image of quarks (x)
Now compare the quarks in Fig.11 with the UM triplets in Figs.7 and 10. It is obvious that these images all show the same structures. The L&B drawing was made from clairvoyant observations 60 years before quarks were first discussed in physics. By the way, also isotopes were described by L&B 6 years before they appeared in physics. In Table 1 UM triplets or quarks are called Setons. In the nucleus the UM triplets or quarks are connected into larger triangles with a positive or a negative charge and divide the nucleus into a positive and a negative region.
Remaining Questions
There is a discrepancy concerning the charges of quarks between the models of particle physics and those of L&B and GPS. Physics assumes that the electric charges of quarks are responsible for the overall electric charge of a nucleon, and this requires the assignment of +2⁄3 e or − 1⁄3 e for each quark.
However, according to GPS the electric charges of particles are due to the arrangement of UM in the shells of some nuclear particles. Therefore, the charges of UM triplets or quarks are not needed to explain the electric charges of nucleons, rather their purpose is to hold the nucleus together. For this the L&B and GPS information indicates that each UM has an equal charge, either +1 or -1. This also gives each triplet or quark and each UM triangle in Fig.7 a charge of +1 or -1.
Conventional physics does not know where the electric charges of particles come from, and in nucleons, possibly wrongly, it is assigned to quarks. However, this is just a mathematical construction and not based on detailed observations of isolated quarks.
Fermilab states: “Unlike electrons, you can’t find just one (quark) and measure it. Consequently, the charge assignments for quarks are inferred from the charges of hadrons and from our model of the various quarks that are inside hadrons.” In other words, the electrical charges of quarks assumed by physics are just speculation.
Furthermore, the conventional picture is mainly pieced together from observations of high-speed particle collisions which cause the nucleic subparticles to be smashed up, converted or rearranged, and wrong conclusions may be drawn from this.
Summary
A particle theory is presented based on information derived by ESP. It postulates an undivisible matter particle (UM or Anu) as the basic building block of 11 composite elementary particles. The central composite elementary particle is the Eltron, also called saturated or resting electron. This has a nucleus formed by 6 UM and a shell also with 6 UM. Other elementary particles arise when eltrons at first lose shell UM in collisions and later also nucleic UM.
The neutron is a composite of 2 eltrons on opposite sides of a particle with an unsaturated shell (e.g. meson, jomaidon or graviton). It can eject an electron by transferring a positive shell UM from one of its eltrons to the remaining eltron to make it positive. With this we now have a proton. The nucleus of a proton or neutron is held together by the electric charges of its UM and the energy flows between them.
ENDNOTES
(1) C.W. Leadbeater & Annie Besant: “Occult Chemistry”. Theosophical Publishing House, Adyar, Madras, India; third edition 1951; download from www.hermetics.org/pdf/occult.pdf or http://www.anandgholap.net/AB_CWL_Occult_Chemistry.htm.
(2) “EXISTENCE – CONSCIOUSNESS” by Gabor Paul Sztelek, Budapest, Hungary, self-published 2010 in Hungarian and English. Order from http://puskikiado.hu/existence-consciousness-a-let-tudat-ket-nyelvu-kiadas.html.
Author Bio: Studied in Germany, worked as Biochemist in Germany and the US, mainly in forensics and air pollution, and in NZ and Australia as nutritionist, natural therapist and writer.