Oreofvialactea

This planet orbits in a triple star system in orbit of two red dwarfs which in turn orbit a white main sequence star. The planet is usually 95% illuminated due to this phenomenom. The atmosphere is mainly a comosition of water, nitrogen and sulphur oxide.
== Etymology ==
The name "Oreofvialactea" was picked as a combination of the words "Edge of" and "Milky Way" combined to make the singular name. The 1 is deduced from the orbit of a small asteroid satellite, and to separate them, they have been labelled 1 and 2.
== Location ==
Oreofvialactea 1 is located approximately 30,000 light years away from the Milky Way galaxy, above its plane. The planet circles between 0.16AU at its closes and 0.1997AU at its furthest from its closest star, RSC 8513-10721-2-57-15 BA. Its parent star is in binary rotation with a red dwarf (the same type as itself), which then also orbits around a white main sequence star around 400,000,000 kilometers away, creating a nested binary system. The image of the planet shown in the infobox displays this unique feature, with a twilight zone splitting where both planet's sides are illuminated by one of the stars in the system.
== History ==
* 1.4 Billion Years Ago: Oreofvialactea is formed in the nearby globular cluster along with its local system. It is an Earth-like planet which forms with oceans and a similar composition to Earth and its atmosphere.
* 900 Million Years Ago: Due to gravitational interactions with other stars in the globular, the entire system is ejected from the globular. The planet and its system begin to travel towards the Milky Way at some speed.
* 400 Million Years Ago: Underwater volcanic activity leads to greenhouse gases clogging up the atmosphere, creating a massive runaway effect. Stars and the Milky Way are no longer visible from the surface.
* 34 Million Years Ago: A small asteroid is caught by the planet. A remnant from the system's formation whose orbit had been wildly altered due to the original ejection of the system, the planet catches it and eventually falls into a stable orbit.
Category:Planets
Category:Oceaniae
Category:Procedural objects
Category:Objects
Category:Aquaria