This Alien Planet: Life on Earth Before the Flood

INTRO

We welcome you to a world. A world we all dreamt of. These adventures take place between 180,000 and 50,000 years ago. When the island continent of Poseida, that held the greatest city on the planet, was at its beginning stages.

Today’s government officials are lying to you. They fear the truth. They fear the people will destroy themselves to hear everything they have ever known, is based on a story from a tale that was derived from legend grown from myth told by their grandparents who heard it over campfire stories. True and honest scientists will tell you the Sphinx was built around 10,500 BC. The Giza pyramids were not built in 2,500 BC. but far earlier, as far as the Sphinx’s construction. There are new developing facts that can rewrite our history. Science will prove government officials are incorrect.

Honest and true scientists will tell you of a catastrophe that destroyed all civilizations on Earth. Prophets today foretell a devastating world war that will annihilate all electrical equipment. All of Earth’s history that is stored on microchips and the worldwide web will be erased. All electronics, all inventions will be destroyed in a catastrophe, and the future world will never know we existed. In a thousand years, people will debate if a country named Russia existed. There will be legends circulating by storytellers of a faraway continent called America who had machines that could fly.

The world’s previous civilization ended when a flood, and mega tsunamis covered the land in water and shoal. Mud destroyed all buildings and creations. After the catastrophe, the area of Mesopotamia was the first to restart civilization. But before then, before the Sphinx was built, there was another world. There was a city called Atlantis.

You can say, the stories you are about to read are based on true events.

THE ULTIMATE SCIENTIST

Space has everything. Space holds everything. In the zero gravity of it all, if you’re going to do a dangerous science experiment, it’s best to conduct it in outer space. The place where all mysteries and history lay beyond our tiny little Earth. The space between planets and suns, the space between galaxies and nebulas. Asteroids and meteors. Deadly gases and radiation, how did this all begin? A massive explosion…?

The safe distance of an exploding star is to be fifty light years away. Light travels at 186,000 miles per second, or 11,160,000 miles in one minute. At this speed, after travelling for one year (nonstop), you would have travelled five trillion, eight hundred billion miles. Travel for fifty years at the speed of light, you’ll be 292 trillion, four hundred billion miles away. This is the safe distance when a sun explodes, a supernova.

In complete darkness, within a massive cloud nebula, dust and gas merge together by way of magnetism and gravity. A nebula is a massive collection of dust and rocks, much wider than your average galaxy. Nebulas are galaxies that have not yet been able to form trillions of suns, and its quadrillion number of planets. Within all parts of the nebula, boulders and rocks continue to collect. Getting larger and creating gravity, dust and rocks revolve around the center, making momentum and spinning faster. In all parts of every nebula, stars begin to pop. Eventually, the nebula forms into a disk-shaped galaxy 600 million light years wide.

In a very specific section of our galaxy, an accumulation of gas, dust, and boulders spin around its own center, getting heavier until it collapses. The fusion reaction forces the center to explode, sending rocks and boulders of all sizes blasting around the brand-new, gigantic gaseous fireball. In the beginning of our solar system, our sun shines brightly in our beloved Milky Way galaxy. Compared to its position in the entire universe, it is literally in the mix of thousands upon thousands of other galaxies.

How beautiful it was to watch the Almighty construct his amazing fireworks. Within each galaxy, an explosive burst of life pops in the darkness. Galaxy after galaxy, he creates, and it is wonderful. Our magnificent bright yellow sun, located somewhere in the bands of the Milky Way galaxy, is among an unimaginable number of stars in one galaxy. A livable planet is rare to find, one out of a hundred. For every star, there is a habitable zone.

It takes baby Earth 500,000,000 years to collect debris and build into a planet with a diameter of seven thousand miles. Baby Earth starts as a hot molten sphere revolving around the sun. The surface is liquid rock. No land, no ocean, no atmosphere. It is not alone. One hundred other worlds have also collected dust, rocks, and boulders, growing ever larger. Hydrogen, silver, gold, water vapor, nitrogen, iron—was it a race to collect as much as they could?

The nearby planets of Mars, Thea, and Faytin continue to collect tons of every available element swirling around. Multiple gas explosions within the Earth burst out of the liquid magma surface. Vapors drift into the sky. Anything alive on this planet would burn or suffocate. The barrage of meteors are nonstop.

Baby Earth, the planet of lava, orbits around the sun, minding its own business, until one day, the planet Thea, roughly four thousand miles in diameter, moves too close to Earth. As Thea approaches, Earth’s molten lava surface is distorted, creating vast tidal waves of magma across the planet. The violent collision causes trillions of tons of rubble blasting into space. Creating a red ring of hot rocks around our planet. For the next one thousand years, some of Earth’s orbital ring fragments fall back into Earth. Most are collected in space to become Earth’s new moon fourteen thousand miles away.

It takes baby Earth four hundred million years to recover from its collision with Thea, spinning at six-hour days. Along with the continuation of endless bombardment of meteors and asteroids. With so much smoke in the atmosphere, you wouldn’t know that the sun rises and sets every few hours. During this time, meteors bring hydrogen, oxygen, nitrogen, and many other elements to the Earth. For the next 100,000 years, Earth’s molten lava surface struggles to cool to form a crust. The meteors hit the surface, some sink to the bottom of pools of water. Earth’s new moon, floating 120,000 miles away, wreaks havoc to Earth’s surface. Creating 100-foot tidal waves of lava and water.

Four hundred million years later, meteors continue to fall where Earth has developed an ocean. Her surface is more than ninety percent water, with tiny bits of land poking out. Countless underwater volcanic eruptions spew out carbon gas, and other minerals, that had leaked beneath the surface only to be shot back out. The meteors raining down on Earth have no end. Landing in water and sinking to the bottom of the ocean. Carbon, minerals, primitive proteins, and amino acids are being distributed throughout the world. The Earth’s rotation slows down and the moon drifts a little farther. The atmosphere clears. Earth is no longer a lava planet, but a beautiful blue planet. A sense of calm shines during the day, with a gigantic moon looming during the night.

In the concoction of organic minerals in the water, bacteria appears. These single-cell microscopic organisms transform the carbon dioxide into glucose, a food source. Worldwide underwater colonies of stromatolites turn sunlight into food. The result is photosynthesis. Bacteria continues this way of living for the next four hundred million years. Fresh oxygen fills the ocean. Oxygen flows out of the water and into the atmosphere. Bacteria are the only living species on Earth. Which rotates at sixteen-hour days, and the moon floats 190,000 miles away.

The Earth’s extremely hot core generates movements on the thin crust surface. Volcanic activity over time has created larger islands, lands, continents that have drifted together to form one massive continent, Rodinia. A lifeless planet with high volcanic activity for thousands of years. Then, on a normal day, a massive break at the western edge of the North American plate splits a large opening three hundred miles long. Multiple volcanic explosions release enormous amounts of carbon dioxide into the air. Sea water makes its way into the openings, resulting in acid rain for the next two million years. The underground rock exposed to air, absorbs a very large amount of the CO² and acid rain. As a result of the atmosphere not having enough carbon dioxide to trap the sun’s heat around the planet, temperatures drop to minus 51 Celsius. The southern hemisphere becomes a frozen ice land. From the south, a vast ice wall reaching thousands of feet high, reflects sunlight back out into space. There is a counterpart, a second ice wall from the northern hemisphere moves southward. Both ice walls, ten thousand feet thick converge at the equator. Land around the Earth’s crust is forced downward. Snowball Earth is frozen solid.

Fifteen million years later, the Earth’s core has remained hot. Volcanoes worldwide are finally able to push their way out. Billions of tons of carbon dioxide are released again, this time, there is no exposed rock to collect the CO². Carbon dioxide is able to trap the sun’s warmth, and the ice begins to melt. The weak crust of the Earth causes many more fractures and volcanic outbursts. Additional volcanic eruptions assist the Earth in warming up at a faster pace. As the ice melts, the sun’s ultraviolet