INTRODUCTION

TO THE CREATION OF THE UNIVERSE ACCORDING GENESIS

PART FIVE.

CREATION OF THE ECOSPHERE

CHAPTER 16 SUBLIMATION OF THE ICE SHEET

143. There are two ways of doing things. One is to let the law of time take its course, and the other is to accelerate the development of an action by the means at hand. Subject to the law of time, the Ice Sheet would have responded to solar energy by melting, splitting in two, and in time the two ice sheets would have retreated toward the polar ice caps. The waters of the first great ocean would have evaporated. Slowly but surely, the ocean would have divided to multiply; from the oceans the seas would have emerged... But God knew a faster way to carry out this global process. Why melt the Ice Sheet at a low temperature when He could, by integrating it along the northern route, produce the effect of red-hot iron against a block of ice? We call this effect the Sublimation of Ice. The immediate effect of the Earth-Sun encounter under the described conditions led to the accelerated sublimation of the Ice Mantle. Solar energy acted like red-hot iron applied directly to the Mantle's surface. This sublimation caused the Mantle to break into two large blocks and gave rise to the Biospheric Atmosphere. (When I say "described conditions," I am referring to the approach parabola, which caused the Earth to be, for a time, at a distance closer to its natural stationary orbit.)

144. I have already stated that the solar gravitational pull resulted from the opposing effect that propelled the Earth into its biospheric orbit. And that, as a consequence of this pull, a product of the magnetic attraction between the two fields, the bases of the great mountain ranges were freed from their roots. Perhaps "uplift" is the correct term. This freeing was facilitated by the heating of the geophysical structure. Recall that as the mantle cooled, the lithospheric ring solidified, leaving the contact plate molten into a single body. When the Earth entered the Solar System, the core heated up, the mantle's diameter widened, and the heat pressure created natural waves, causing an expansion from the center to the exterior of the geological body. This movement was not enough to launch mountain ranges against an outer lithosphere enclosed beneath an ice mantle that, while externally sublimating, internally remained in its original state.

145. The solidity of the ice mantle resulted in the accumulation of heat within the Earth. This accumulation began to cause widespread seismic activity that, originating in the mantle and in uninterrupted series of thermonuclear events, heated the crust, opening pathways for the release of heat that threatened to disintegrate the entire structure. The melting between the upper layer of the Mantle and the lower layer of the Crust, in this way, caused the heat pressure to begin lifting the foothills of the mountain ranges, around which the geonuclear heat found vents to the outside. So, while solar energy was doing its work on the surface, geophysical energy was doing its work below, cracking the Ice Mantle. Through these cracks, gases began to escape and contribute to the ongoing formation of the Atmosphere.

146. The distance from the Sun halted sublimation and led to the thawing of the Ice Mantle. The external and internal heat pressure on the Ice resulted in the melting of the Ice into Water. This process, given the Earth's temperature, gave rise to an Ocean that covered the Equator and the tropical regions, and continued pushing the two large blocks of Ice into which the original Ice Block had divided toward the geographic poles. The Waters of this Mother Ocean were the Waters that lay beneath the Firmament of the Heavens. And the firmament of the heavens that was between the waters that were below and above his body was the atmosphere.

147. Identifying the Firmament resolves many things for us. First: Since the waters below the Firmament are the waters of the Mother Ocean, the waters above this Firmament are the waters of the solar gravitational field. This point reveals the need to approach the behavior of gravity from the perspective of fluid dynamics. This gives rise to the image of the Universe as an ocean of energy upon which the continents with their islands float, which in this case would be the astrophysical systems. There is much more to say about this ocean of energy, but for now it opens our horizon to understanding the behavior of the gravitational field as a reflection of the typical phenomena of a fluid exposed to internal and external forces.

148. In summary: Light was the Ice Mantle beneath which the rest of the geophysical edifice was enclosed at the end of the First Day. Its creation was achieved through the melting of the Primary Crust; and God opened the melting of this Primary Crust by accelerating the geonuclear pulse of the Earth. This increase in the work rate of Earth's astrophysical heart was a consequence of the multiplication of the Earth's gravitational field density per cubic astrophysical unit.

149. At the beginning of the Second Day, Earth and the Sun reunite. God creates a series of effects, the first of which is the sublimation of the Ice Mantle. The Mantle breaks apart, and the Atmosphere is born. Its growth, fueled by the gravitational pull at the origin of the stationary orbit, will produce an impressive physical acceleration. The two resulting blocks of ice begin their journey toward the geographic poles, leaving between them the waters of the Mother Ocean, from whose volume, through evaporation, the body of the Atmosphere will continue to be nourished. This Atmosphere is the Firmament in the Word of the Second Day.

150. Once the Firmament is identified, the movement of God's spirit over the Waters is understood as its movement in Space. And we delve into the behavior of Gravity, which we can understand through our knowledge of the nature of liquids. This opens our intelligence to the understanding of the universal gravitational field as an ocean in which celestial systems appear as continents and islands, allowing for interstellar navigation thanks to their positions in local galactic space.

151. Fire, Ice, Water, and Air. These are the first rungs of the ladder of natural elements that we are climbing. The next one needs no introduction. In short, and to conclude: A. Melting of the Primary Crust. B. Sublimation of the Primordial Atmosphere. C. Melting and retreat of the Ice. D. Formation of the Biospheric Atmosphere.

CHAPTER 17 CREATION OF THE BIOSPHERIC INTERRELATIONSHIP PLANE

152. We closed the ascent up the ladder of the natural elements and opened a new path. Ice, water, air—all the elements were in their place and ready for the great event of the leap from inorganic to organic matter. (The point around which Reason and Faith became lost and followed paths as opposed as they were suicidal. Speaking of the Evolution of species, the quintessential biblical sage dropped the stone into the water, saying: “And to exercise justice among them, the elements agreed, as in the psalter the sounds agree in an unalterable harmony, as can clearly be seen from events. For land animals become aquatic, and those that swim walk on land.” Observant words from a man who did not hesitate to lament the loneliness of genius elsewhere, but who, while at his best, also did not hesitate to anticipate the scientific mind and affirm that God gave him “the true science of things, and the knowledge of the constitution of the universe and the force of the elements; the beginning, the end, and the middle of time; the alternations of the solstices and the changes of the seasons; the cycle of the years and the position of the stars; the nature of animals and the instincts of wild beasts; the force of the winds and the reasoning of men; the differences of plants and the virtues of roots. I knew all things hidden and manifest, for Wisdom, the author of all things, taught them to me.” It is reasonable to believe that if Faith and Reason had listened with more humble ears to this confession of Solomon, the enmity between Christianity and science would not have reached the extremes it did in the first decades of the 20th century. Returning to the topic of the Evolution of the Tree of Life, the first thing is the roots. This is where the tree begins to germinate. But for there to be a tree, there must be a seed. Assuming that the Stem Cell, the Seed of Life, originated in God, it follows from the biohistorical sequences we are tracing that God sowed the seed of the tree of species beneath the waters of the Great Ocean. And consequently, the plants came first. From this underwater plant kingdom, through the adaptation of its earliest branches to terrestrial life, as the water level of the Great Ocean receded, the tree of terrestrial plant species emerged. The evolution of this new kingdom was completed when photosynthesis transformed the chemical composition of the atmosphere.

153. This biohistorical step took place during the Afternoon of the Third Day. We have already seen how, once the Ice Sheet broke up, the two resulting blocks began their retreat toward the poles, and how the ongoing evaporation of the Ocean and the uplift of mountain ranges by gravitational pull produced the multiplication of the Ocean into oceans and the division of the oceans into seas. Thus, as the water level fell, marine plants adapted to terrestrial life, eventually transforming the prehistoric atmosphere into the historical atmosphere with oxygen as its main element. In turn, and through the necessary adaptation to the revolution that the plant kingdom itself was producing, the prehistoric plant fiber of the underwater substrate acquired the properties of the historical terrestrial trees. With the creation of the tree kingdom, God completed the structure of the Biospheric Interrelation Plane. I will pause on this plane for a moment before taking flight and launching this account into space.

154. The autonomy of the Biospheric Interrelation Plane can be summarized by saying that the polar ice caps were stabilized to be the two main thermocooling centers of the ecosphere. God made the temperature balance of the Biosphere dependent on these centers, and to stabilize the melting of both thermocooling centers, God made it dependent on the Earth's rotation angle. Let's proceed step by step, however.

155. Let's imagine for a second that the Earth were flat and remained at the same distance from the Sun. What would happen? How long would it take the Sun to heat the oceans to boiling point, turning them into a pool of boiling water? And in how many geological hours would the atmosphere lose its thermodynamic equilibrium, its entire structure shattering because the Earth's rotation angle wouldn't have a regulating mechanism? Let's calculate how many years it would take for the temperature of the oceans and atmosphere to skyrocket by ten degrees, in the absence of the two polar heat sinks. How would this temperature increase affect marine life? If humans die as a result of a heat wave, how many would die each year if that heat wave persisted and, worse, threatened to raise temperatures by another ten degrees in the next twenty years, for example?

156. What has been happening over these millions and millions of years is the opposite. The ecospheric thermocooling centers have remained constant, maintaining a stable biospheric temperature, always understanding that as their mass decreased, the overall temperature would necessarily increase. But by making the biospheric temperature dependent on the polar thermocooling centers, our Creator was obliged to provide them with a geophysical platform. This platform, which I will call the Autonomous Ecospheric Substrate, is related to the equations underlying the immutability of the Earth's rotation angle.

CHAPTER 18 THE AUTONOMOUS ECOSPHERIC SUBSTRATE

157. We have the Earth rotating around the Sun. We have seen that God made the thermodynamic stability of the Biosphere dependent on the polar ice caps. Now we must study the mechanics of maintaining the polar ice caps, since everything leads us to believe that temperature and the angle of rotation are directly related, and yet the Earth orbits within a gravitational field subject to the alterations that, from the central star, transform interplanetary space due to its interrelation with the celestial world to which it belongs. This causes an unstable rotational dynamic in the planets, a reflection of the Sun's wobble.

(The Sun's wobble means that its rotation angle seems to sway, and just as a drunkard's body sways from side to side, its geographic axis tilts now to the right, now to the left. This movement is reflected with particular intensity in the rotation of Mars and should, by nature, be the natural rotation of Earth's axis. If the wobble of the planetary rotation angle is the rule, Earth is the exception. The importance of this constant dynamic is vital if we remember that temperature and rotation angle are directly related.) Our planet's subjection to the law of solar wobble, the cause of which would require another chapter, would alternate the area of ​​solar energy's incidence on the continental geography, with the consequent effect of uneven melting of the polar ice caps. But this doesn't happen, hence the question: Why does Earth always present the same rotation angle to the Sun?

158. This peculiarity has an explanation. The law governing the tilt of the axis of rotation toward one hemisphere or the other of a body rotating on its own axis provides the answer. Experience doesn't fail us. Everyday life offers us varied examples of the nature and application of this law. Its description is not complicated. Let's consider: what would happen if we started spinning around with our arms outstretched, holding an encyclopedia in one hand? Wouldn't our arm, carrying the encyclopedia, fall in the direction naturally determined by the weight it supports? In short, as with tastes, there's no accounting for taste. Once the nature of the law and its resulting effect are understood, each person can invent their own. Having fully grasped the law, the next step is to apply it to the reality of the Earth. I mean, simply take a globe, place it on a table, and observe this example of the encyclopedia in one hand, along with the phenomenon of the concentration of continents in one hemisphere. Isn't all the continental landmass concentrated in one hemisphere? The other hemisphere is occupied by the waters of the Pacific. We already have the encyclopedia on one arm of the Earth; what effect will it have if we now take the Earth and start spinning it on its axis?

159. This effect of the rotation angle falling toward the overloaded hemisphere is precisely what God intended when He placed the five-continental mass on one hemisphere. The final effect was a fixed rotation angle. Why bother? Well, the need for stabilization of the Biospheric Interrelation Plane was a primary concern. The creation of a stable thermodynamic platform was a necessity of Evolution. Thanks to the concentration of the five-continent mass within one hemisphere of the planet, God ensured that the area of ​​incidence that the Earth presents to solar energy would always be the same. Thanks to this optical constancy, the growth curve of the biospheric temperature, and therefore of the melting of the polar ice caps, would maintain a stable rate throughout all geological ages. (These are very simple and natural conclusions that, to the defenders of plate tectonics, for example, must seem like heresy. But what can you do? There's no accounting for taste, and you can't please everyone.)

CHAPTER 19 THEORY OF GEOPHYSICAL RINGS

160. I have said that, by stabilizing the Earth's rotation angle through the displacement of continental mass over one hemisphere, God obtained a constant angle of incidence of sunlight on the geographic poles. From this effect, He expected to obtain the gradual thawing that would grant the evolution of the tree of species the necessary time to be completed. And I have emphasized that, of course, this architectural version clashes with the famous hypothesis of continental drift. But it could not be otherwise. Continental drift cannot explain the constancy of the rotation angle; and what is worse, it contradicts its existence. Apart from, obviously, it cannot satisfy any of the unknowns presented by the structure and morphology of the lithosphere. Denying the unknowns in order to impose fiction over science was, unfortunately, the attitude that the modern age, in its atheism, adopted as its philosophy.

161. Leaving aside baroque discussions, and starting from the materialization of the mathematics of the Autonomous Ecospheric Substrate, let's say that the geophysical architecture to which God has given his blessing configures a structure where the Lithosphere is a compact ring rotating uniformly on a liquid magmatic ring. The magmatic ring, or Mantle, in turn floats on a chromospheric ring. And at the center, the microstar that makes up the Core oscillates within the gravitational currents that serve as its orbit. Within this configuration, the fact that the surface of the Core is at the same temperature as the Sun's is not a coincidence. Nor is it a coincidence that, by maintaining a constant lithospheric temperature, the oceans behave like the river water that the nuclear reactor needs to maintain its temperature equilibrium. (Regarding the temperature equality between the surface of the Earth's core and that of the Sun, it is unknown whether this holds true for all members of the Solar System or only for Earth. If it applies only to Earth, it is possible to arrive at a law of interaction between star and planet that confirms this rule of equality for the entire biosphere. The size of the star and its surface temperature would determine the distance to the planet in question. Although this is currently just speculation, wouldn't the given equality imply parity between the thermodynamic cycles of the Sun and the Earth's core? In this case, the important thing is not so much to determine, but rather to understand the interaction between the Sun and Earth.)

162. Having said that, you might then tell me that what I am proposing is a kind of bearing mechanism where the magma ring fulfills the function of the balls on which the external wheel moves. And you would be absolutely right. You might then object that in this case, we need to explain how this pressure cooker doesn't explode. A subtle question that honors you, and one that you yourselves can answer from the daily perspective of the internal heat buoyancy system that volcanoes represent. Aren't the geonuclear heat buoyancy lines constant, and aren't they determined by the circulation of electromagnetic currents?

CHAPTER 20 THEORY OF THE SEISMOLOGICAL FLOAT SYSTEM

163. Although it may seem like a pointless exercise, let's begin again. On the first Day, our Creator doubled the astrophysical energy density per cubic unit of Earth's gravitational field. The response of the Core, at that time in a cold state, was to activate and proceed to transform that supply into heat. Immediately, the Mantle liquefied and the Primary Crust melted. After these processes were completed, the Core cooled again, so that the Crust solidified and became the geophysical ring we call the Lithosphere. Had the Earth remained in the region where these processes took place, the cooling of its Core would have caused the Mantle to solidify as well. The Bible says that this did not happen because God separated the Earth from its region of origin and placed it in a gravitational field of stable density, the Solar System.

164. Once within the Sun's sphere of influence: the geonuclear transformer reactivated and acquired a constant temperature, equal to the external temperature of the star it orbits. I believe it's about six thousand degrees Celsius. This integration into the Solar System halted the solidification of the Mantle and simultaneously maintained the solidity of the lithospheric ring, which would henceforth rotate on its own within the magmatic ring. Roughly speaking.

165. With the Core's heat production constant, physics dictates that a kind of chromospheric zone exists between the Mantle and the Core. Within this space, the Core itself oscillates, and this oscillation—subject to the gravitational variations I mentioned earlier—causes the flattening of the poles that the Earth exhibits. (In this sense, the pendulation of the Core within the geophysical body depends on its own heat production mechanics and its reaction to thermonuclear waves at the origin of volcanoes. Regarding the Core's morphology, the reaction of the geophysical body itself to its pendular action provides certain clues. But this will be established at another time from other perspectives.)

166. This geophysical structure leads us to ask the following question: How does the Earth release the internal heat storage resulting from the lithospheric ring? The answer, more than theories, demands facts, and well, although we are talking about a lithosphere with a fixed rotation angle over a magmatic surface, its body is endowed with a complex system of buoyancy tubes through which geonuclear heat is continuously released. To speak of volcanoes is to speak of all the seismological dynamics that accompany the creation of this geophysical architecture, impressive in its manifestation and perfect in its execution. Now: Why do the openings of the flotation system run along the boundaries of major mountain ranges?

167. The correspondence between seismological lines and the lines of major mountain ranges is explained by the physics of gravitational pull, the phenomena of which any expert can clarify. And while we're at it, the objection to the geophysical architecture that the continuous temperature increase of a lithosphere subject to the law of the Autonomous Ecospheric Substrate would present is swept aside by the constant temperature of the ocean floor. Thanks to this, the most exposed surface of the lithosphere slows this natural uplift, which without this equilibrium would eventually cause this geophysical engineering structure to collapse. I believe that nuclear reactors use this same theory to slow the heating of their engines.

168. This autonomous geophysical system, the source of so many headaches, is completed by a sui generis, special, overwhelmingly marvelous planetary structure, whose foundations I am honored to present to you. But I want to start from a fact. Better yet, from a law: Namely, if every astrophysical system is a transformer of universal energy into light and heat, its operating speed will depend on the gravitational density of its field and the number of revolutions per century of its star. This is from a place.

169. On the other hand, it's fair to say that the sidereal velocity of a system—be it a constellation or a galaxy—is a constant deduced from the forces of the astrophysical region to which that system belongs. In other words, if the Solar System were not interconnected with the universe of constellations, its cruising velocity would depend exclusively on the amount of energy in its gravitational field. Since the Solar System is subject to the law of gravitational attraction between bodies in the universe, this law itself tells us that as the distance between constellations decreases, the cruising velocity of the stellar systems that compose them must logically increase. This is a universal effect from which we can infer that if the velocity of the central star, upon whose velocity the smaller bodies of a system depend, increases, all bodies dependent on its physics will experience this change. In some way, somehow.

170. This is relevant because the question cannot be avoided or dismissed due to certain contexts, especially once the Evolution of Life on Earth is opened up to a complex system of physical equations without whose resolution the future of life could not be guaranteed. The new question that arises is: How did God prevent, in advance, the possible alterations that, in the future, and precisely because our System is subject to this universal law, the Earth would experience? To better grasp the heart of the matter, let's compare our System to a spaceship. Having compared the Solar System to a spaceship in flight, what we are trying to discover here is whether this spaceship was equipped with a safety brake, or simply drifts through the sea of ​​constellations, exposed to gravitational winds and sidereal electromagnetic fields.

171. But why did God need to equip the Solar System with a safety brake to maintain its cruising speed? This is the opposite question to the previous one. And well, I think the need is as obvious as the subjection of all bodies in the universe to the laws that govern it. If the wheels accelerate, won't the chassis accelerate at the same time? If the Sun steps on the gas, won't the planets suffer the consequences?

172. And to what extent will this hypothetical acceleration affect the planets' central transformers, and especially Earth's, once the direct relationship between speed and heat is discovered? But what if the Sun's speed were to suddenly decrease due to electrodynamic interaction at a distance? In other words, did God rack his brains to create an Autonomous Ecospheric Substrate for the Biospheric Interrelation Plane, and then expose the entire Geophysical Architecture to destruction as a result of a constellation's sudden change of course? It drew lines, shifted continents from one hemisphere to the other, created seismological hotspots, regulated geonuclear thermodynamics, leaving nothing to chance, no loose end escaped its notice. And now, as the adventure of life was beginning, was it going to leave the solar spacecraft adrift on interstellar currents? The need to correct trajectories in time, control variations in space, and remotely govern matter compelled the Creative Intelligence to equip the Solar System with a safety brake to maintain the cruising speed of the central star within a range of maximums and minimums. The question is, what kind of automatic brake should an Astrophysical Engineer use when putting a Solar System into orbit? Of course, if we don't know what type the Solar System belongs to, we can hardly find the answer. The answer is right before our eyes..

PART SIX

CREATION OF THE SOLAR SYSTEM