The simplistic particle based atomic model helped give rise to the conventional periodic table of elements widely accepted by the scientific community today. That atomic model and periodic table were appropriate for the time and helped move our understanding forward. Now we are stagnated, looking for alternatives to keep the wheels of progression rolling.
The new atomic structure presented here will open new doorways for all of science and physics. Etheric origins, geometric symmetry and resonance help present a more dynamic model, offering insights into a more sophisticated understanding of the atomic white vortex. This understanding is assisted by the Ajax Model - the new atomic spectrum of elements.
The Ajax Model is a universal model. The new concept of resonant frequency and the vibrational interactions with atomic energetic structures allows a flexible atomic model to be provided - unique for any local cosmological body.
All things are vibrational, and they fit into a spectrum. Think of all atoms as the atomic spectrum and the periodic table of elements as the periodic table of vibrations.
Most of us are somewhat familiar with Mendeleev’s periodic table of elements. It has been on display in all chemistry classrooms, from grade school and up, for generations. Mendeleev’s model has become the symbol for science and chemistry and a classical view for all matter.
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Each row - which is a “period” - represents a new electron shell, for a total of seven, allowing room for subshells. Each column loosely represents chemical families. The left-most column displays the alkali metals; the right-most are the noble gasses; most others mix or blend across columns. This periodic table gives us a structured and linear view of the elements, helping to organize our limited concepts of form and matter.
The Ajax Model is a multi-dimensional periodic table of elements modeled after the symmetry of the Platonic solids. The Ajax Model is a more dynamic and non-linear representation of the elements, compared to the classical Mendeleev model. It is based on vibration, resonance and geometric symmetry.
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In this model there are 12 electron shells (magnetic fields), with no subshells. The shells are based on alternating regular and dual-paired Platonics, ascending in complexity. Each vertex and/or face of any given Platonic geometric shape represents a potential specific element location.
The basic premise of this design is founded on the proton-electron pair presented on the Atomic Structure page: protons are attracted to each other; electrons are repelled from each other; they are tethered together by a vortex tube all held in geometric order. Etheric wave patterns drive each subsequent proton into existence - the cavitational strong force is attractive symmetrically. The opposing repelling or emergent force of the electron is conversely symmetrical - the vortex tubes sustaining the two forces in mirrored 3D shapes. The natural result is symmetrically formed geometric shapes. As one shape is “maxed out” - max Platonic symmetry - another is introduced. This is the birth of a new electron shell.
The “proton-electron” construct is the basic post-neutron building block of all atoms. The primary subatomic components of the atom are neutrons, protons and electrons. However, these are not viewed as particles, per se. Rather, they are subtle wave patterns working together to give the appearance of form manifestation - frozen light. In terms of how each atom is formed, it is the proton-electron pair that is responsible for the subsequent geometric shape.
The positively charged proton and the negatively charged electron are always paired; they are tethered together by a set of magnetic columns called the vortex tube.
The proton arises from the neutron orbitals - the neutron event horizon. The three nested tori of each proton converge in a harmonic fashion - the Solfeggio convergence. This convergence produces positive charge, which bursts forth from the proton orbital event horizon surrounded by a magnetic column called the vortex tube. The termination of the electric charge is the electron - the absence, the void back to the atomic singularity. The electron event horizon is defined by a surrounding magnetic field. Each proton and electron are bound together, forming a pair.
As each new proton-electron pair is introduced it signifies a new element. The protons are attempting to fall back into the void from which they arose, the formless ether. The neutron orbitals help suspend them in sub-spacetime. They are cavitating - inward attraction symmetrically. This cavitating force forms a specific geometric shape. Conversely, the electrons are attempting to disperse - an outward radiative expansion, they are symmetrically opposed to each other. They form an identical geometric shape from the parent proton orbital, but much larger (relatively speaking). The protons and electrons are connected by the vortex tube - the three components representing the electromagnetic standing wave of manifestation. The shape of the proton orbital matches the shape of the electron orbital, which becomes more apparent as the number of proton-electron pairs increases, as well as the number of electron shells (aka magnetic fields).
The following set of images shows the first eight elements, starting with hydrogen. As each proton-electron pair is introduced it forces the previous pairs to readjust their geometric configuration; they push each other around until a symmetric equidistance is achieved. The eighth element is oxygen, which completes the first shell of the Ajax Model - a dual-paired tetrahedron, with eight vertices.
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With every new proton-electron pair introduced, the existing proton-electron pairs readjust their positions relative to each other to maintain symmetry - equidistance between all protons and equidistance between all electrons. An example of equidistance is shown below. The lithium atom, composed of three proton-electron pairs; both the protons and electrons are 120-degrees apart from each other.
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Each new proton-electron pair introduced “unfolds” into its symmetrical position. For the first electron shell, complete symmetry is the dual-tetrahedron, allowing eight proton-electron pairs. Carbon, at six pairs, approaches max symmetry in the shape of a cube (six faces). Given the resident frequency for Earth, maximum resonance for the first shell is a dual-tetrahedron. A ninth pair added signifies the beginning of the second electron shell. This unfolding continues, eventually producing 12 nested Platonic solid shapes - the 12 electron shells of the Ajax Model.
The geometric shapes the elements form at the completion of each shell follow a repeated order. Dual-pairs are alternated with regular Platonic shapes. When the number of proton-electron pairs match that shape of maximum symmetry, another electron shell is complete. The Ajax Model is composed of the following Platonic solids:
The first five shells are composed of the above Platonics, minus the last icosahedron, in the order shown. Then, this pattern is repeated for shells six through 10. Shell #11 is the dual-tetrahedron, and shell #12 is the icosahedron. The 12 shells complete the Ajax Model.
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Each outer shell is essentially an octave above its parent shell, which will be represented vibrationally. Keep in mind, on the atomic level for elements in the 12th shell, there are 12 nested proton shells (orbitals), which have an event horizon boundary. Outside of that, there are 12 nested electron shells, also composed of an electron event horizon. All these proton-electron pairs are bound together by vortex tubes.
The heaviest elements are literally 12 smaller proton geometric shapes (proton orbitals), each connected to a larger matching electron geometric shape. Each proton shell is connected to its corresponding electron shell via vortex tubes. Imagine 12 nested rotors all spinning independently of each other, but their boundaries are crossed by the connecting vortex tubes.
Unity Projects is providing various versions of the Ajax Model for educational purposes. We have produced posters, two 3D printable versions with independently spinning shells, and several virtual reality software programs - all designed to help convey the concepts of the new multidimensional model of the periodic table of elements. Below are several examples.
The “Pizza Ajax Model” is designed to hang on a wall. It is composed of 12 moving concentric circles - the electron shells. Elements can be grouped, for example, by density, chemical family, energetic structures, precession etc. These new properties will be discussed in upcoming chapters.
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This is a work in progress 3-dimensional version of the Ajax Model, designed to be 3D printed. The innermost first shell (dual-tetrahedron) is about 1” in diameter; the 12th outer shell is approximately 40” diameter. Each shell spins independently on its axis, connected to its container parent shell.
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The next version will contain actual element locations at the Platonic vertices, along with a digital display panel for specific element properties
Unity Projects has produced several virtual reality applications for new physics. As of this writing, the content includes the Ajax Model, new atomic structure and several new atomic properties and behaviors, and energy/matter interactions. We have an entire curriculum designed for upcoming virtual reality development.
The Ajax Model virtual reality application allows impressive zoom and rotate capabilities to simulate multi-shell rotation and specific element selection. Comparisons between Mendeleev’s model are included.
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