Origin

Luxos and Lunos were the first things in existence, but one cannot exist without the other. They existed in a void completely lacking in anything. Both started out fighting each other, each trying to fill the void with their respective selves. After fighting for infinity, they decided to stop fighting and find an alternative. They realized that if they worked together, they could create anything. First, they created length, width, and depth, resulting in space and the 3 dimensions. In order to evenly share space, they created time so that light and dark could both exist evenly, passing through space forever. Having both seen the beauty of creation, they decided to create more and more. First they modelled the building blocks of creation after themselves, Quarks and Leptons, Protons and Neutrons, matter and anti-matter, as well as the ties that bind them, gluons and bosons, and much more. They assembled them randomly, like solving a puzzle of their own creation, resulting in mass. They realized that just like themselves, some cannot interact, giving gravitation and electromagnetism. They continued in their passion of creation, filling space with gas and dust. They stared in awe as their creations interacted with each other, giving rise to nebulas, and then galaxies. Luxos created stars in the nebulas, turning the gas and dust into brilliant balls of light, and adding time so that they may be gifted to her sister as black holes. Finally, they watched as the dust came together, affected by gravity, creating planets. As they watched time pass by, the planets composed of dust and gas continued to interact with the nebulas, resulting in planetary systems circling around stars, and the planets themselves also circled to give Night and Day, and even share for light and dark. Their final creation was life and death as molecules formed into protocells, finally resulting in cells that mutated, evolved, changed, and adapted to fight off death. The passage of time led to organic life on the planets. from a random assortment of RNA, to the smallest single-celled Prokaryotes, to multi-celled Eukaryotes,