Matter was only energy vibrating at a certain level, and in the beginning matter existed only in its simplest form: the element we call hydrogen.
Hydrogen atoms began to gravitate together, as if the ruling principal, the urge, of this energy was to begin a movement into a more complex state. And when pockets of this hydrogen reached a sufficient density, it began to heat up and to burn, to become what we call a star, and this burning the hydrogen fused together and leaped into the next higher vibration, the element we call helium.
These first stars aged and finally blew themselves up and spewed the remaining hydrogen and the newly created helium out into the universe. And the whole process began again. The hydrogen and Helium gravitated together until the temperature became hot enough for new stars to form and that in turn fused the helium togehter, creating the element litium, which vibrated at the next higher level.
And so on...each successive generation of stars was now set for the next step in evolution.
As our sun formed, pockets of matter fell into orbit around it, and one of them, the earth, contained all the newly created elements, including carbon. As the earth cooled, gases once caught in the molten mass, migrated to the surface and merged together forming water vapour, and the great rains came, forming oceans on the then barren crusst. Then the water covered much of the earths surface, the skies cleared and the sun, burning brightly, bathed the new world with light and heat and radiation.
And in the shallow pools and basins, amid the great lightning storms that periodicalle swept the planet, matter leaped past the vibration level of carbon to an even more complex state: to the vibration represented by the amino acids. But for the first time, this new level of vibration was not stable in and of itself. Matter had to continually absorb othe matter into itself in order to sustain its vibration. It had to eat. Life, the new thrust of evolution, had emerged.
Still restricted to living only in water, this life split into two distinct forms. One form-the one we call plants-lived on inorganic matter, and turned these elements into food by utilizing carbon dioxide from the early atmosphere. As a by-product, plants had released free oxygen into the world for the first time. Plant life spread quickly through the oceans and finally onto the land as well.
The other form-what we call animals-obsorbed only organic life to sustain their vibration. The animals filled the oceans in the great age of the fishes, and, when the plants had released enough oxygen into the atmosphere, began their own trek toward land.
Amphibians-half fish, half something new-left the water for the first time and used lungs to breathe the new air. Then matter leaped forward into reptiles and covered the Earth in the great period of the dinosaurs. Then the warm-blooded mammals came and likewise covered the eart, each emerging species represented life-matter-moving into its next higher vibration. Finally, the progression ended. There at the pinnacle stood humankind.
