When the Earth Expanded (Part 2)
The process of the Earth's expansion is imprinted on the Earth. As discussed in Part 1, the Earth previously had a smaller radius and a single landmass crust.
The Earth's magnetic field, being literal flows of particles which pass through the Earth and travel in a Figure-8 orbital pattern as a result of gravitational forces, brings these flows of particles locked in orbit, of which there is an entire sea of ethereal particles of the right mass ratio and distance to be brought into this process, and then they sometimes merge with other particles at the center of the planet. This high concentration of particles binds them into larger macroscopic particles that then were locked within the Earth, unable to pass unabated out as their constituents had entered, both as particles such as atoms, leading to large quantities of water being produced, as well as more subtle particles that make up what we define as "heat." Temperature is ultimately a measure of the density of ethereal particles that have become trapped, temporarily, in a given region.
And so, over time, internal pressure built up within the planet as the hard outer crust held the more malleable material like a bottle holds liquids.
And as the Earth's internal pressure built up, the crust held. And held. Until the structural integrity of the crust, the container, ruptured specifically at the weak point of the South Pole at that time. This is where the ethereal particles that the magnetic field is composed of applied a physical pressure, as well as carving the region like a river, and this led to a weak point in the overall single landmass shell of the Earth.
And then the Earth ruptured with such force that it gouged a hole in the crust so large, filling it with magma, that it produced the western Pacific Ocean and separated Asia from Australia while ripping the planet's crust into large fragments that would later settle in their current position and become the continents we see today. As the internal pressure was released, the Earth entered an equilibrium with the exterior pressure of its cosmic environment. As a result, the process itself rapidly occurred and then stopped to create the world as we see it today with largely no change across time, in a new equilibrium.
After the Earth had fractured apart, a second pulse of much more evenly distributed magma release occurred across the planet at all of the fractures until the ocean floor was created as we see it today:
This process, as was previously discussed in Part 1, caused water to flood out of the gaping hole in the Pacific and to sweep out across Asia and push up the Himalayas. The water then swept across the Middle East and northern Africa forming the deserts of the region. When the wave of energy that produced the Indonesian Archipelago collided with the force pushing the Himalayas into existence, they caused the mountains to be fractured in the east to the point where we do not even consider the whole arc through China to be part of the Himalayan mountain chain, yet they were formed by the same process simultaneously.
Further evidence of this can be seen by analyzing the locations of the Earth covered in sediments, especially mixed sedimentary rocks.
A closer look at the region:
Where the water flowed out of the Pacific Ocean region and swept across the continent of Asia is most distinctly visible by the mixed sedimentary rocks shown in striped Blue and Gold. We can even see much more clearly the region where the water forming the Himalayas washed out across southern China. We also see evidence of sedimentary rock in the formation of the Indonesian Archipelago and surrounding islands, supportive that these islands formed as a result of the Earth expansion process rather than existing prior.
Notably, the sediments from this process entering the Bay of Bengal produced the Bengal Fan, the largest submarine fan on Earth--because of the amount of sediment that flowed through the region in this process.
The sedimentary rocks sweep past the arc of the Himalayas and spill down into Iran and Saudi Arabia, spilling out into Arabian Sea and forming the Indus Fan. Then, the Earth having fractured open at what became the Red Sea, was pushed upward and caused the sedimentary flows to go around western Saudi Arabia and either drain into the ocean or flow out over the Sahara.
As the mixed sedimentary rocks indicate, this flow continued across western United States:
There, it then met resistance from the mountains pushed up by the Earth fracturing along the western coast of North America and a pressure being applied into the continent at this location. The flow, then, either went into the Gulf of Mexico--formed before the continents were all separated, or ran up the entire continent and into Alaska where it then seemingly continued a circulating flow across Russia back to the Himalayan region. It also flowed out into the Arctic and likely this all was one large continuous body of water in motion.
When the waters carrying these mixed sedimentary rocks being deposited across the globe went into the Gulf, they also were caused to flow along regions of South America, but not before it was sufficiently fractured from Africa to prevent the flow from crossing over into regions of Africa below the Sahara:
Also, a fault line produced in the Earth's expansion process lifted up a region of eastern Africa and prevented these mixed sedimentary water flows from Saudi Arabia:
In this process, the region of Africa south of the Sahara was protected from the flood in some regard.
Indeed, the list of flood myths across the globe are largely in locations except for Africa (excluding the Sahara): List of flood myths
Of the flood myths in Africa, the Kwaya people in the Mara Region of northern Tanzania, the Maasai people of Kenya and northern Tanzania thought to riginate from the Upper Nile, the Mandin and the Yoruba peoples in western Africa are all in physical locations that are proximal or within the regions of mixed sedimentary rock, demonstrative of the presence of flood waters in the regions.
For a closer look at these myths, we can consider Witzel, Michael E. J. 2010. Pan-Gaean myths: Gondwana myths -- and beyond.
"Finally, through a general comparison of Gondwana myths, involving the African, Andaman, Melanesian and Australia flood myths, we arrive at the flowing simplified scheme that seems older than any Christian or (Islamic) influence in the regions concerned.
"(1) General flood covers all except a mountain (Pygmy, Mel., Aus.)"
If we consider that this "mountain" was the southern region of Africa, then it appears the flood myths describe the mixed sedimentary rock deposits in even further detail.
Everything is connected.