Chapter 1
1: There can not be said to be a beginning for time and space are without end. Stretching back and forwards in eternity. Yet the universe created itself some 5 billion years ago.
2: Forces create both matter and anti-matter everpresently, as mathematics has shown us. These particles do normally annihlate eachother on creation, yet the universe does favour matter slightly over the other. In those particles that form in a particular fashion the particle of matter is sometimes spared.
3: Thus in time matter came to swell it’s ranks and be spread near and far. Yet each particle cried out to be united, it’s mass reaching out and pulling on all other masses, near and far. Yet though it pulled on the near before the far in time great clouds of this mass was united.
4: But the matter in time became so densely packed that it’s energy could not contain itself. There was a great swelling and expansion so forceful that despite each mass gripping each other through gravity they were scattered outwards.
5: And this matter was charged with energy and was both hot and moving with great speed.

Chapter 2
1: While the great convocation of matter had been scattered by it’s own energies, smaller groups still stuck together by the force of their mutual attraction, and they were still hot and moving.
2: As had happened before the matter being so close it began to swell with energy, burning with nuclear fire. Yet these smaller masses did not generate enough energy to split the bond of gravity. Thus they remained together.
3: Yet in time these nuclear fires did consume some of this matter, not in destruction but in the fussion of matter. Hydrogen begat Helium. Helium begat borrilium and so on unto lead where such fires cease.
4: Thus the matter drew closer, all drawn into the center of each mass. And these centers were what became the stars in the sky.

Chapter 3
1: Yet sometimes on the outer edges of these groups of mass were yet smaller clumps which through spinning and the power of orbital rotation escaped the pull of gravity and remained separate.
2: Being smaller masses their fires burned the faster, until their outer shell was cold and hard.
3: These spheres of mass, cold and hard that span around some stars thus escaping their pull are the planets of the universe.

Chapter 4
1: Stars and planets were not the end, for the process is everpresent when such events occur.
2: Planets while still drawing in and becoming solid did lose more matter that would save itself through rotation. Around the planets these bodies circled and are known as the moons of each planet.

Chapter 5
1: And the moons and the planets grew solid on the outside as one day even the stars must despite their greater mass and power.
2: The planets circled their stars and the moons their planets. The stars, though still spreading out further from the original expansion were in motion yet.
3: The stars circle each other in the clusters we call galaxies even as the galaxies circle each other.
4: And each cluster of galaxies circles each other, so forming the universe we know. All made from the same initial expansion.

Chapter 6
1: The force of the expansion remains yet in the speed of the stars and galaxies moving ever outwards.
2: Yet the force of gravity, one of the great four forces, struggles to unite all matter again.
3: In the face of this struggle prophets have sought out the universes fate, drawing on numbers to see wether all will become one again or if it shall be scattered endlessly.
4: Yet the results were to close to be seen, the struggle shall not favour one side.
5: The theory remains that all shall be drawn together once more, crushing the universe into a single point of matter. One that may yet again swell in energy and expand in a new universe.
6: Thus each universe in dying creating a new one, on and endless in a cycle of perfect repetition.