Text and images transcript of the video Plasma Astrophysics #8: Earth's Plasma Core by Rolf Witzsche 

Plasma Astrophysics #8: Earth's Plasma Core

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When one draws together some of the 'big' principles discovered in Plasma Astrophysics, an amazing theory presents itself about how the Earth was formed. The theory is exotic. Nevertheless, it actually makes sense. And in addition, it does NOT require physicists, not to believe in physics anymore. The evidence for this extraordinary theory, is of course, necessarily, extraordinary too.

The plasma core theory places the Earth into the context of electro-magnetic dynamics that has not been applied to the Earth before. It also solves most of the puzzling paradoxes that archaic theories have about the Earth.

One of the paradoxes, is the paradox of the orbits of the planets, including that of the Earth. It is well known that all the planets orbit within in the thin plain of the solar system's ecliptic. While many theories have been forged to explain the phenomenon, not a single mechanistic principle is known that would result in this amazing universal alignment of the planets to each other and to the Sun, all orbiting in a single plain.

Likewise, no mechanistic principles have been discovered that would cause the planet's orbital distances to expand in a geometric progression, as they do.

The individual planet's size and mass is evidently not a factor in the geometric type of progression of the distances.

The astronomer Johannes Kepler had recognized, back in the 1600s, that the distance of the orbits is determined by velocity and gravity interaction, but never by mass itself. The mass-gravity interaction determines the orbital periods, and this too, regardless of a planet's size and mass.

Johannes Kepler was astonished by the ordered geometric progression of the orbits. Still, he couldn't rationalize a mechanistic cause for it, as a mechanistic cause does not exist.

The laws that Kepler had discovered for orbital dynamics, which he became famous for, which are still being applied to the very day, for orbital calculations, do not require the geometrically spaced progression of the orbits as a factor. Consequently, Kepler attributed the observed phenomenon to a higher-level cause than mechanistic interactions.

Kepler saw in the geometric progression the 'harmony of the worlds' expressed. He also noted a similar harmony being expressed in the progression of the harmonizing tone-scales in music, and in our recognition of it.

Nor did Isaac Newton, who had build on Kepler's work, recognize a mechanistic reason for the geometric progression of the spacing of the orbits. He couldn't have recognized the cause, because the basis for it lies in the higher-level principles that are expressed in Plasma Astrophysics. Of course, Plasma Astrophysics was still far out of sight in the time of Kepler and Newton.

In Plasma Astrophysics, the Sun is recognized as a sphere of plasma that became a Plasma Star. In addition all the planets are recognized to be orbiting within the giant sphere of low-density plasma that surrounds the entire solar system that became termed the heliosphere.

The heliosphere itself, is formed by the solar wind, a 'wind' of plasma flowing from the plasma Sun. When the solar wind slows, and comes to a halt, the accumulating plasma forms a plasma shell around the entire solar system. The surrounding plasma shell is termed the termination shock.

The accumulating plasma in the termination shock eventually flows back to the Sun. It does this on the pain of the ecliptic. The process actually created the ecliptic.

The back-flowing plasma creates a thin sheet of plasma, termed the heliospheric current sheet. All the planets that are orbiting the Sun, orbit in this narrow plain defined by the heliospheric current sheet. We find them orbiting there, because they were born there.

This takes us far away from the archaic theories of the planets being born in a ring of primordial dust, and being formed by the gravitational accretion of the dust.

In Plasma Astrophysics, the planets of the solar system have all started their existence as accumulations of plasma. Plasma is found in concentrated form in specific regions of the heliospheric current sheet.

When plasma streams are flowing in space, they are pinched together magnetically into ever-tighter confinement, magnetically aligned, magnetically concentrated, until the streams form node points. That's where the big actions are happening.

In interstellar space, the node points are centered on stars, as our Sun is. The stars often appear as strings of stars. They appear interconnected.

However, in the heliospheric current sheet, the space in which the current flows towards the Sun becomes progressively smaller, geometrically, and the flowing plasma becomes more dense thereby. This means that the spacing of the node points in the current sheet is strongly determined by the geometry of the system. By it, the plasma-density increases with the square of the distance. The space gets smaller through which the plasma is channeled to flow.

And since we are looking at plasma flowing towards the Sun from all directions in the ecliptic plain, the node points of the of the individual plasma streams within this system, form node rings. In these node rings, plasma is pinched together into extremely high concentrations. With plasma also having an electric resonance built into is structures, the forged plasma rings tend to break apart into plasma spheres. As the plasma spheres grow larger by accumulation, they become more active and interact with the plasma of the current sheet. Eventually a stage is reached in which a mature plasma sphere begins to act like a tiny sun and begins to synthesize atomic elements on its surface.

However, a tiny sun does not produce strong solar winds that purge the atomic fusion products, consequently the synthesized atomic elements that are formed on the surface of the core, do not flow away as in the case of our Sun, but accumulate at the surface and form a mantle around the core.

The resulting mantle became the mantle of the Earth. It overlays the plasma core that continues to remain active.

The plasma core remains active, because plasma flowing from the Sun in the form of solar wind, or plasma from the current sheet, keeps the plasma core active. By this process the mantle keeps on building up around the core. With plasma particles being 100,000 times smaller than the smallest atom, the in-flowing solar-wind particles flow right through the crust and through the mantle, and keeps the core within, energized.

The heavy atomic elements that are purged from the Sun with the solar wind, accumulate on the surface of the mantle and become the crust of the Earth. Thus the Earth grows from the outside with synthesized material from the Sun, and from the inside with material synthesized by the core.

Solar cosmic-ray flux also affects the plasma core of the Earth. It tends to build up pressure within the core by adding to the proton's repulsion that inflates the core electrically from within.

The plasma core of the Earth, concept, obsoletes the concept of an iron-core deep with the Earth, as we find in archaic theories. No principles exist that would justify the existence of an iron core for the Earth.

If the theorized primordial dust was so rich in iron that an iron core would form for the Earth, why then doesn't the nearby Sun have an iron core likewise?

This question cannot be answered, because the iron core is a myth, together with the protoplanetary disk of primordial dust. If a sphere of iron, at half of the diameter of the Earth would be formed, it would likely explode before it became as big. The gravitational pressure would be so great at its center, that the core's atomic structures would be crushed. The iron core would explode in a super-nova fashion, and most likely, the surrounding planet would explode with it. Exotic theories have been invented, such as the electron-degeneracy theory, that are deemed to allow such large atomic masses to exist. But these are dream schemes invented to make the impossible plausible.

The plasma core doesn't have this problem. Plasma doesn't explode. In addition, it has its lowest mass-density at its center, and its highest density at its surface. Because the ratio between electrons and protons vary in plasma streams, the over-all mass density of a plasma sun or core can also vary correspondingly. A plasma core can be as heavy as iron or as light in density as our Sun.

While the plasma core principle that doesn't have the paradoxical mass-compression problem, it has great economic significance for us living on the Earth. The plasma core's operation obsoletes the idea of energy depletion in gas and oil, because both, gas and oil, are continously synthesized products of the plasma core.

The atomic elements that are synthesized by the core comprise mostly the simple-type atoms that we find at the beginning of the alpha chain. These are ranging from hydrogen atoms, upwards to iron, and not much beyond that.

The result is, that the oil and gas that we consume in our cars, appear to have been synthesized by the core within the Earth. They are constructed of the most abundant of the simple atoms, such as hydrogen and carbon, combined under pressure.

The present rate of worldwide oil extraction, is an amazing 100 million barrels per day.

This huge rate of extraction is still significantly less than the potential rate of synthesis by the core.

Only the production of natural gas exceeds the theoretical rate of the core's synthesis. Still, we won't run out of this resource either, any time soon. Both resources have been building up in the mantle of the Earth, gradually, for 4 billion years.

Another vital resource that the Earth's core has synthesized in great abundance, is water. It has been found that the out-gassing of volcanoes consist up the 96% of water vapor.

The theory of Primary Water existing within the Earth, goes back almost 80 years. In the 1940s, Stephan Riess of California, a mining engineer, formulated a theory that 'new water' is constantly being formed within the earth by the combination of elemental hydrogen and oxygen and that this water finds its way to the surface, and can be located and tapped.

By the late 1970s, he had drilled more than 800 wells that were supplied by what he regarded as "Primary Water." 

It has been suggested that there may be more water locked up within the mantle of the Earth, than exists in the oceans above it. The trick is to find it and to make it accessible. When the technologies are developed to harvest this resource efficiently, water shortages on the Earth become history.

The Primary Water theory is of great significance for us all, because during the coming Ice Age conditions when the natural precipitation on Earth diminishes by 80%, much of the Earth becomes a desert.

The plasma-core principle is thereby of the greatest significance for us on Earth, because of the far-flung effects of its atomic synthesis. What has been discovered so far, in terms of plasma-core resources, may be just the beginning of the long delayed realization of the great treasure that we have in store for us within the mantle of the Earth, produced by the core, ready to be utilized.

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Published by Cygni Communications Ltd. North Vancouver, BC, Canada - (C) in public domain - producer Rolf A. F. Witzsche