Creation and Evolution of a Living Cosmos

Using the basic rules of the Circlon Momentum interpretation of Quantum Mechanics, I have been able to define and describe the constant the evolutionary process of a Living Cosmos that we observe and live in today. I combined two equal and opposite quantities of eternally existing Angular Momentum into opposite spinning Circlon shaped particles. I then labeled these two particles as a matter/antimatter pair (+positron/-antiproton) and combined them together into a Primordial Anti-Hydrogen atom containing the total Energy, Mass, and Momentum of today’s Living Cosmos. I then transported my consciousness back to these universal beginnings to see what would happen.

After observing the anti-atom for a long time as it sat motionless relative to Zero Momentum Rest, I noticed the Antiproton was slowly increasing in size with a proportional decrease in mass. To conserve its eternal absolute momentum, the particle’s angular momentum was being transformed into the linear momentum of vibrational kinetic energy within the Anti-Atom’s structure.

Eventually, this eternally increasing energy within the Anti-Hydrogen atom became too much and the Positron collapsed down into the Circlon structure of the Antiproton where its Primary Coils became locked in the Antiproton’s Secondary Coils. This transformation created the Primordial Antineutron containing the total Momentum, Mass, and Energy, that now lives in today’s Living Cosmos.

This original Antineutron contained a tremendous amount of kinetic energy from the large amounts of Linear Momentum that the atom had accumulated and at the instant it was formed, it bifurcated into a pair of identical antineutrons. Each new particle now contained zero internal vibrational energy and the equal and opposite quantities of the atom’s linear momentum were divided between the two new antineutrons giving them separation velocities of near the speed of light.

After this first bifurcation, nothing much else happened in a Living Cosmos for billions of years as these two antineutron embryos sped apart out into the imaginary infinite void of Zero Momentum Rest. All the while, the mass of the anti-protons within the antineutrons continued to decrease while their vibrational energy of linear momentum steadily increased.

James Carter 1 Finally, after many billions of years, equal amounts of linear momentum had built up within the particles and they simultaneously bifurcated into pairs of new antineutrons that were now living at opposite ends of a now gigantic Living Cosmos. These four new antineutrons were now moving at right angles to the momentum vectors of their parents.

Many more billions of years passed before these four widely spaced particles built up enough kinetic energy to simultaneously bifurcate into eight. These eight new antineutrons were are all moving apart very rapidly but not quite as fast as their parents and grandparents did. Finally when they bifurcated into sixteen, they did it in less time than it took for the previous division. Also the sixteen new particles were moving apart at slightly slower rates than the previous eight but still at very rapid velocities. After this process of quicker bifurcations and slower separation velocities continued for about 40 bifurcations, the cosmos now contained hundreds of billions of antineutron embryos that were spread out evenly about several light years apart. These were Galactic Embryos existing near the locations of present day galaxies.

At this stage in cosmic evolution, the rate of bifurcations had increased and the velocities of separation had decreased to the point where the subsequent bifurcating antineutrons did not have enough momentum to escape the location of an average sized galaxy. At the next bifurcation, the Galactic Embryo Antineutrons became Stellar Embryo antineutrons and after about another 40 bifurcations hundreds of billions of these stellar antineutrons had become evenly spread out within each galactic location.

Like the galactic antineutrons before them, the stellar antineutrons had increased their bifurcation rates and decreased their velocities to the point where they were unable to travel very far from the immediate vicinity of a star before the next bifurcation cycle. During last stages of the cycle, the bifurcations became more rapid to the point where the last few divisions occurred within tiny fractions of a second.

During the whole bifurcation process, the mass and angular momentum of the anti-protons within the antineutrons was constantly decreasing and being converted into the kinetic energy of linear momentum while the mass and angular momentum of the positrons remained constant. This cosmic atomic reproduction process finally ended when the mass of the antiproton decreased to point where it was less than the positron’s mass. This final bifurcation conceptually changed the now less massive negative antiproton into an Electron and the now more massive positive positron into a Proton. It also conceptually and physically transformed the bifurcating Antineutrons into stable Neutrons. At this stage of cosmic evolution, the electron/proton mass ratio was (e/p = 1/1.0+) whereas today it is (e/p = 1/1836).

At this point in cosmic evolution, the cosmos consisted of groups of neutrons of many different sizes and densities within the general location of a stars that were a few light years apart.

Unlike Antineutrons, Neutrons are never able develop enough kinetic energy to bifurcate. This is because the Electron’s Rest Mass plus its Kinetic Mass never become equal to the constant Mass of the Proton.

This is necessary for the matter/antimatter annihilation necessary for a neutron bifurcation.

Within the Neutron, the Primary Coils of the Electron’s Circlon shape remain firmly locked inside of the Secondary Coils of the Proton’s Circlon shape. While the Neutron is never able to bifurcate, the Evolution James Carter 2 of Electron Momentum reaches a point where the Circlon shapes of the Electron and Proton are no longer able to fit together mechanically. When this happened, the Neutrons did not bifurcate and instead they all decayed into very high energy Protons and Electrons. This immediately caused the frozen clouds of neutrons in the vicinity each star to explode. It is at this point in cosmic evolution that we might want to refer to as the “big bang”.

Today the Circlon Fine Structure ratio is (1/137). This represents the difference in size between the Primary and Tertiary coils of the Circlon shape. The square root of this ratio is (1/11.7) and this represents the size ratio between the Circlon’s Primary and Secondary Coils.

After the final antineutron bifurcation, the electron/proton mass ratio and the Circlon Fine Structure ratios both began to increase from a value of (1/1.0+). When the electron/proton mass ratio reached (e/p = 1/146.5) and the Fine Structure ratio reached (FS = 1/214), the Primary Coils of the Electron became too large to fit inside of the Proton’s Secondary Coils. This caused all the Neutrons to simultaneously split apart into individual high energy Protons and Electrons. As soon as the decay ratios were reached all neutrons simultaneously decayed into 2257 Electrons and Protons. As the Neutrons simultaneously decayed, their Protons and Electrons quickly began coupling together into atoms and emitting blackbody spectral photons.

With an electron/proton mass ratio of (e/p = 1/146.5) atoms produce Blackbody Photons with a temperature of 2.7K and a maximum intensity wavelength of (l = .00107 meters). While most Protons and Electrons began coupling together into atoms to emit photons, many others collapsed back into neutrons. This great blast of photons, combined within a very neutron rich environment, created the perfect conditions for the nuclear synthesis of the heavy chemical elements.

Once their ionization energies and the relative kinetic energies between the Electrons and Protons had become exhausted from the emission of photons, the production of 2.7K Blackbody Photons slowed and then eventually stopped. At this point in cosmic evolution, the great and small clouds of matter had been largely blown apart by the sudden emission of photons in the Big Bang. They then began to cool and gradually compress down into the more and more compact bodies of stars and planets.

At this point in the history of a Living Cosmos, I was able to look around and see a cosmos that appeared very much as it does today. Stars were compressing and heating up from the Deceleration of Gravitational Momentum and as they got hotter and hotter the stars begun to fuse Hydrogen and Helium nuclei into heavier elements and produce spectral photons to light up the cosmos.

As the cosmos continued to evolve and with the continuing increase in the electron/proton mass ratio, atoms emitted photons with shorter wavelengths than they had in the past. These changes make the spectral photons we observe from stationary distant galaxies to be measured as “red shifted” when compared to photons from the Milky Way. This effect makes for a stationary non expanding Living Cosmos and also actually reverses the idea of entropy proposed by the Second Law of Thermodynamics and causes the universe to very slowly heat up rather than cool down to a “heat death”.

The standard model Big Bang theories that make many untested and conflicting metaphysical assumptions that violate the experimental laws of quantum mechanics, nuclear physics, electrodynamics, and gravity.

By contrast, a Living Cosmos makes no assumptions other than Mass, Space, Time, Energy, and Charge to define eternal angular momentum that reproduces and grows into the physical reality of today’s universe without violating any of the natural laws of experimental physics.

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