Wisdom's Sensory Harmony

Basic Structure of Matter

The Atom Consists of a Nucleus with Seven Concentric Orbital Zones. The standard model of atomic structure is the Bohr concept of the atom with seven concentric orbital shells. Several other models exist. One of the most interesting is the Expanded Standard Model based on the ultimaton described in The Urantia Book. See The Urantia Book, "1. Paradise Forces and Energies."

Atomic Properties are Determined by the Character and Number of Particles in the Nucleus, but Chemical Behavior (Communication) is Controlled by the Outermost Electrons.   The surface forces the center to respond. The act is the prerogative of the outside surface but the consequences become the responsibility of the inside center. As particles aggregate into larger and larger accumulations of matter, the additional electrons on the outer circuits force the center into taking on complementary protons in the center in order to balance the charge.   The essence of this phenomenon is that unconscious action at the surface area is balanced and accounted for in the super conscious central zones (“the act is ours…the consequences God’s”). Energy - the number of electrons traveling on circuits determines the intensity, which equals the amplitude squared. Frequency - the number of orbits per second for each orbiting body. Multiple bodies have frequency signatures rather than single individual frequencies. Energy transfers in quantum packages from lower energy surface electrons to higher energy central ones. As the absorbing electron loses the additional energy, it releases wavelengths of color specific to the number of orbital shells it crosses as it falls back to its original orbit. (This is known as the Balmer Series of Atomic Spectral Emissions.)

Atoms Absorb and Transmit Wavelengths of Energy Specific to their Electron Configuration. The Frequency of an Atom is Equal to the Orbital Periods of its Electrons, Which Rotate Around the Atomic Center in Concentric Elliptical Orbits as Cumulative Music 2nds. A musical 2nd is the interval of a step. A major second is a whole-step (whole tone), and a minor second is a half-step (semitone). Within the context of a scale, a step is the interval between one degree and the next, regardless if it is a major, minor, augmented, or diminished second. Scale is a series of notes in ascending or descending order that presents the pitches of a key or mode. The orbital period of the outermost electron determines the fundamental frequency of the atom. Each additional electron is added at a frequency or orbital period representing an approximate musical 2nd of the previous electron. Only the original particle, the Ultimaton consists of a single frequency, hv, where (h = 9.82 x 1024 erg/secs) is Planck’s energy constant and (v) is the frequency. Thus, hv is the original vibration and frequency. The ulimaton has been called the Alphanon by Walter Russell or the Higgs Boson, named for the theoretical physicist Peter Higgs. All additional particles are accumulations or aggregations of this original vibration in quantum multiples. Recursing or stacking musical 2nds causes rotation. This is the operating principle behind 19th century scientist John Keely’s famous “dynasphere,” which uses thought vibrations to rotate a sphere that produces electric current. The more electrons, the denser is the atom and the wider is the frequency spectrum. As each additional electron is accumulated the frequency both increases due to the tendency of the nucleus to pull the orbits tighter, and decreases due to added electrons being forced into orbits further away from the nucleus. In this manner the frequency signature of the atom is born. Rotating cumulative music 2nds create an octave of eight notes with the next octave falling on the ninth note, becoming a music scale of infinite 9ths. In the atomic music scale the proceeding octave falls on the ninth note. This process also seems to rule the concept of subtle energy bodies or chakras based on music scales. In this way, each octave has a full set of notes and colors. The difference between chakras or atomic families is in music key scale, not note. Each piece of music is written in a keynote that only allows for certain notes to be used. In other words, each atomic group and chakra has the full set of notes available to any specific keynote and is not limited to just one note. Click for more on John Keely. (This Google video is not always available, but it is worth the wait to view it.)

There are Nine Octaves of Atomic Structure Between the First Elementary Particle and the Densest Atom.   Beginning with the smallest primary particle (the Ultimaton or Higgs Boson), there are nine octaves of atomic construction.. The particle known in standard physics as Hydrogen is actually an entire octave. The Hydrogen atom has seven shells even though it has only one electron. The other shells can be filled as seen in Tritium and Deuterium. In addition, if one considers the elementary particles as building blocks to atomic structure there are two additional octaves, one of particles, and one of forces. Sir Walter Russell called this original particle Alphanon and named the final densest atom Omeganon. According to this theory there are nine octaves of elements between the two poles. This theory is supported when compared to the results obtained by using the standard formula v = mc2/h, where v is the frequency. Since the speed of light (c2) and Planck’s energy quantum (h) are constants, the only variables are (v) frequency and (m) mass, which vary proportional to each other on a one to one basis. Using this formula and the known masses of elementary particles, it is possible to construct a cumulative chart that can be used to calculate the highest frequency of each of the elements. It is important to remember that atoms are cumulative frequencies and therefore have frequency signatures of many harmonics depending upon the number of particles contained within them. The highest frequency is the (v) in the standard formula. Models of Atomic Structure   The chart is printer friendly for easier reading.

Click to print chart.

An Atomic Music Scale Can Be Constructed from the Diameter, Orbital Periods, Relative Mass, Rotating Cumulative Music 2nds, and Nine Octaves of Elements.  With a known atomic diameter it is possible to determine the orbital frequency of its outermost electron. For example, the frequency of a cesium atom (9.913 Million Cycles per Second) is accurate enough to keep atomic clocks on time, and large enough for its diameter to also be well known. Using this as a starting point, it is possible to determine the musical notation of all the atomic elements, which can then be compared to those produced by the Mass Conversion1 and Cubed Atomic Weight methods.  This provides the exact frequencies of the elements and consequently their harmonic relationships. It is generally recognized that everything is a result of vibration and each thing has its own chord of vibration or vibration signature. There are many secrets hidden within the structure of matter waiting to be discovered that will reveal the true music of the atomic spheres. 1 Mass conversion is determined by applying Newton's second law, F=mg where F is the weight , m is the mass, and g is the acceleration of gravity at the location where weight is to be determined. At sea level, a 1 kg mass has a weight of 9.8 Newtons F=(1kg)(9.8m/s2)=9.8 Newtons The force (weight) exerted on 1 kg at sea level is 2.2 lbs.

Rotating cumulative music 2nds create an octave of eight notes with the next octave falling on the ninth note, becoming a music scale of infinite 9ths. In the atomic music scale the proceeding octave falls on the ninth note. This process also seems to rule the concept of subtle energy bodies or chakras 1 based on music scales. Each octave has a full set of notes and colors. The difference between chakras or atomic families is in music key scale, not note. Each piece of music is written in a keynote that only allows for certain notes to be used. More explicitly, each atomic group and chakra has the full set of notes available to any specific keynote and is not limited to just one note. 1 Chakras are the seven centers of spiritual energy in the human body. Each chakra is associated with a colour, shape, sense organ, natural element, and deity. The most important are the heart chakra, the chakra at the base of the spine, and the chakra at the top of the head.

There are nine octaves of atomic structure between the first elementary particle and the densest atom.   Beginning with the smallest primary particle (the Ultimaton or Higgs Boson) there are nine octaves of atomic construction.. The particle known in standard physics as Hydrogen is actually an entire octave. The Hydrogen atom has seven shells even though it has only one electron. The other shells can be filled as seen in Tritium and Deuterium. If one considers the elementary particles as building blocks to atomic structure there are two additional octaves, one of particles, and one of forces. According to this theory there are nine octaves of elements between the two poles. This seems to bear out when compared to the results obtained by using the standard formula v = mc2/h, where v is the frequency. Since the speed of light (c2) and Planck’s energy quantum (h) are constants, the only variables are (v) frequency and (m) mass, which vary proportional to each other on a one to one basis. Using this formula and the known masses of elementary particles, it is possible to construct a cumulative chart that can be used to calculate the highest frequency of each of the elements. It is important to remember that atoms are cumulative frequencies and therefore have frequency signatures of many harmonics depending upon the number of particles contained within them. The highest frequency is the (v) in the standard formula.

An Atomic Music Scale can be constructed from the diameter, orbital periods, relative mass, rotating cumulative music 2nds, and nine octaves of elements.