Universe: 1st Generation

1^st Gen Stars

About 350,000 years after the initial expansion the universe began to cool, and entropy began to wane allowing for the Lithiosphere to solidify and center itself. Due to the residual heat of the expansion and its rapid spin the Lithiosphere then began to spread itself out, sending spiral arms (branches) out in opposite directions from the center. As a result, the particles in the Hydrosphere became highly agitated and the steady flow of circulating hydrogen gas particles began to form clouds around the Lithiosphere and its extending branches. Kind of looking like a frozen coil of wire lying out in extreme heat as a fog of condensation slowly whirls about it.

Eventually, after about 70 million years, give or take, the universe gave birth to the first generation of stars. These first stars began to coalesce in the universe (stars being a debatable term) and they numbered twelve. These stars were incredibly dense, extremely dim, and diminutive in size. Their creation and birth were a consequence of the hydrogen and other gases swirling about the Lithiosphere, gaining momentum due to gravity’s inexorable pull and their own attraction to each other, allowing them to gather around in small pockets of spinning particles, becoming a cohesive mass of energetic gases, gaining, and losing matter as they swung by each other in a sort of dance throughout the branches of the Lithiosphere.

These twelve first generation stars in the Hydrosphere, these Titans, continued to swirl around the Lithiosphere, picking up speed in the process while spinning more rapidly and gaining density. Some of these stars would come into contact with another, smashing each other into pieces and then reforming again. This assisted with introducing more elements for the universe to build with and share with each other through the intermingling of their elements after each collision. Sometimes there would just be close calls, no actual contact but still a stripping of each other’s elements as they sped by each other.

Eventually, with the universe beginning to expand at a much slower rate, but with much more space for the Lithiosphere and Hydrosphere to spread themselves out, these first generation stars began to lose cohesion, dispelling their elements throughout their stellar neighborhoods and eventually leading to a cataclysmic and quite explosive death. Through this process each star created a spinning black hole in its place that would then assist in the redistribution of the elements throughout its stellar neighborhood, cleaning up and recycling the decaying debris and giving order so new stars could form, leading to the beginning of the Second Generation of Stars!

The Lithiosphere also underwent its own growth period but in quite a different way. Instead of cooling like the Hydrosphere did, it continued to experience a vast degree of hot temperatures as it stretched and thinned due to the Hydrosphere’s influence exerting control over its development. As the stars exploded and created black holes in the observable universe it simultaneously began twisting out more branches and creating Nodes of stability in the Lithiosphere for more branches to grow. These nodes acted akin to the black holes, only instead of recycling normal matter they filled with anti-mater for recycling and redistribution.

*The Universe is big, like beyond description big, and there are a lot of them out there in the Omniverse.

*Each star harbors an abundance of elements unique to their own structure.