INTRODUCTION

TO THE CREATION OF THE UNIVERSE ACCORDING GENESIS

PART FOUR.

CREATION OF THE BIOSPHERE

CHAPTER 15. CREATION OF THE CONTINENTS AND OCEANS

129. I said that God created the Earth in Darkness, and that, having created the Mantle of Ice, which in His Book He calls Light, He separated it from the Darkness and brought it into the Heavens, where it is. And I believe I said that the first of all the effects that the Earth experienced as a result of this integration can be compared to the effect experienced by a transformer when it is integrated into an electrical circuit. And that, as at the beginning of the First Day, at the beginning of this Second Day the increase in the speed of rotation of the Globe, an external sign of the increase in revolutions experienced by its Core, was the immediate effect of the integration of the Earth into the field of the Solar System.

130. Now, since the natural trajectory between two points that attract each other is a straight line, and motion in a gravitational field is similar to that of a liquid in a glass, the approximate motion of an external body toward an astrophysical body, due to this relationship, traces a circle around the star. But since God ruled out the option of approaching along the planetary track, the trajectory that the Earth had to describe could only be a parabola. This is precisely the one it began to trace as a reaction to the instantaneous acceleration experienced by its rotation. This refers to the first leg of the Earth's journey in search of its biospheric orbit.

131. The first effect described, the law that governs the flight of helicopters, requires us to incorporate the nature of the respective electric fields into this coupling process. That said, any electromagnetic field is defined by its two components: the magnetic force that acts at a distance between bodies and the electric force that positions them around a reference nucleus. In the case of Earth's launch, we have the magnetic force at work, in combination with the law of rotational motion. The description this combination gives us of Earth's approach to the Sun is that of a parabola from the outer reaches of the Solar System toward the Sun's North Pole as its path of approach.

132. The activation of the second electromagnetic force, the electric force, raised a reversal zone on the event horizon for Earth's indefinite approach to the Sun. Once inside this zone, as a response to the equalization of the electric signs between the respective fields, Earth's trajectory began its descent toward its biospheric orbit.

(Regardless of the equations governing the mass of astrophysical bodies subject to a systemic relationship, the energies involved between the component bodies of a solar-type stellar system, and the distance a planetary body travels during its orbit, the sequence of effects that Earth experienced during its approach to the Sun resulted in the reheating of its core, an effect that gave rise to the series of thermonuclear waves that shaped the thermodynamic state of the mantle.)

133. The effect resulting from the transformation of the mantle—something we already saw in the discussion of the creation of the Ring of Ice—into a mass of thermonuclear reaction was the melting of the lower lithosphere.

(The Lower Lithosphere refers to the geophysical contact zone with the Upper Mantle. It's important to remember that the division of the Earth into three main zones, with their intermediate contact zones, is not a mere whim of nature. The zone known as the Outer Core belongs, within this framework, to the contact zone between the Core proper and the Mantle. Given that the Core is the celestial body around which a planet forms, and therefore transforms gravitational energy into heat, the physics of the Outer Core corresponds to the state of matter in the Lower Mantle, which would be equivalent to that of a mass around a micro-star with a low temperature—that is, matter compressed in a gaseous state. However, this state is inadequate to describe the physics of the zone within which the Core oscillates, causing, through its pendulation—as I have already mentioned elsewhere—the flattening of the Earth.)

But let's get back to the main point :)

134. Under other circumstances, the heating of the upper mantle, or thermonuclear reaction mass, the origin of global geological volcanism, should have reached the upper or outer lithospheric ring. However, the fact that the lithospheric ring lies beneath the ice sheet, whose creation we discussed at the beginning, kept the structure of the lithospheric crust in a solid state, although it subjected the secondary crust to the physics of rising temperature within a pressure cooker. It is understandable that the temperature inside that pressure cooker into which God had transformed the geophysical body could not continue to rise indefinitely.

135. Our geologists determined the physics of the Earth starting from a cold core, mechanically inactive, and only active according to the thermodynamic reaction dependent on gravitational pressure, in this case acting as solid pressure. They needed a virtual model from which to explain the constancy of the geophysical heat that determines lithospheric volcanic activity. The fact that the X-ray image projected a thermodynamic structure on the table, from smallest to largest, that is, from the outside in, seemed to validate the childish model of geonuclear heat by mass pressure that they had preconceived; a puerile model that, in turn, went to bed with the hypothesis of the origin of celestial matter from a concentration of dust in the heart of a gravitational field adrift through the stellar seas… it doesn't cut the sea without flying… blah blah blah… The reader will excuse my boundless cynicism.

136. And making love, they magically gave birth to an Ecosphere regulated by Perfect Equations which, of course, contradicting the Origin from Chance, logically had to seem suspicious to them, and, consequently, without any possibility of prospering. And they preferred to continue clinging to the childish model rather than continue searching for a Geophysical Model capable of explaining the Thermodynamic Equilibrium of the Biosphere.

137. How, however, can a planet without a heat generator remain hot for millions of years, such that, as the fossil record demonstrates, one can speak of an Ecospheric Thermodynamic Cycle? This is a point that, once the Infant Model of Matter Pressure as the Origin of Geonuclear Heat was elevated to the status of dogma, and because there was no hypothesis to replace it, they preferred the ignorance of those who prefer the bad they know to the good they don't. And hence the challenge that a Theory where the Core of every planet becomes a stellar body, a Transformer of gravitational energy into heat, opens up in this New Century.

138. We were saying, then, that the release of geonuclear heat (as a consequence of Earth's entry into the Solar System) that was accumulating between the Crust and the Mantle, if it did not find an outlet, would end up causing an astronomical explosion, which would mean the disintegration of the geophysical body. In other words, to focus on the topic: without destroying the lithosphere, God had to proceed to break that enormous bar of ice beneath whose mass the thermonuclear reactions growing in the mantle threatened to rupture the core. The solution lay in the gravitational pull that the solar magnetic field would exert on the geophysical body as the Earth (in the direction of its stationary orbit) crossed the zone of interaction between the respective electric fields.

139. The origin of the chain of thermonuclear reactions that keep the mantle active is a matter to be studied from the perspective of the geophysical architecture we are developing. For example, how a chain of thermonuclear reactions can extend its wavefront to the lithosphere and open pathways through which magmatic heat is released. Also, the relationship between the core and the irregular geoid shape of the crust. This leads us to view the pendulation of the core within the mantle as the origin of the equatorial bulge. And consequently, to introduce a geophysical ring in a chromospheric state between the outer core and the inner mantle, the singularity of which I will not discuss now.

140. We saw—to recap—that, when the Earth was launched toward the Sun, our planet crossed the zone of interaction between their respective electric fields, which triggered the natural electrical reaction between two fields of the same sign. (The same operating law that governs the stationary orbits of particles around an atomic nucleus based on electric fields is the law we must apply to the structure of the Solar System. Although too simple to be true, we will soon demonstrate that the planetary configuration obeys the laws of electrodynamics. The Earth's orbit is a natural consequence.)

141. And it is curious that, having noticed the similarity between the structure of an atom and the Solar System, and the resemblance between intra-atomic forces and systemic electromagnetic forces, because it was so obvious, and because they refused to believe that Nature and Creation obeyed such logical principles, 20th-century scientists refused to believe what was right in front of them. Even with the answer right before their eyes, they rejected it as unworthy of their genius, preferring to delve into a Unified Theory of Electromagnetic and Gravitational Fields, which, nevertheless, has its daily miracle in the structure of atomic matter. For if the origin of geonuclear heat comes from material pressure, how is it possible that this same pressure has not caused the entire planetary mass to collapse into the body of the Sun during the millions of centuries that the Solar System has been active?

142. They respond with centrifugal energy, but they ignore the fact that work cannot be done indefinitely; orbital constancy contradicts this. Therefore, needing to find a different force, they embarked on the search for a unified field, and while they spoke of electromagnetic forces, they did so by eliminating the electric component of the magnetic field. Quite the geniuses! So: The Earth's trajectory, directed toward its stationary orbit by the electrical repulsion between fields of the same sign, can be compared, in terms of work, to that of an accelerated centrifugal force. In fact, subject to this effect, had the magnetic field not slowed it down, the consequences would have been dire: the Earth, dragged along by the electrical storm, would have been flung into the orbit of Mars, for example. The gravitational pull produced by the interaction between the respective magnetic fields, when the Earth crossed its corresponding electrical band in the System, was the brake that stationed it in its orbit. This pull reverberated through the lower lithosphere, tearing the roots of the great mountain ranges from the upper mantle. With this uplift of the mountain ranges' roots, the hammer's action against the ice sheet beneath whose ring the lithosphere lay was complete. To reproduce this global seismic event would be to open a door in time and dare to stand firm amidst an earthquake with its epicenter in the core and whose universal radius makes the entire body of the Earth's crust dance beneath our feet, planted on the ice ring.

(The wise men of the 20th century certainly found evidence of a retreat of the ice, but what they never dared to imagine is that the body of ice that retreated once covered the entire sphericity of the planet. How its Creator managed to split that ice mass is the point that has been addressed in this section, about which there is much to say, and whose mechanics, the origin of the ecosphere's orography, we will have time to discuss at all levels during this 21st century.) With the ice mantle that God called "the Light" thus fractured, the heat accumulated in the internal geophysical body found the outlet through which to be released: in the form of gases and lava, God obtaining from this effect the transformation of ice into water. This is the sequence in the origin of water and air. But let us recall how the ice mantle reacted to the Earth's approach to the sun.

PART FIVE

CREATION OF THE ECOSPHERE