Investigate for protoplanets or stellar disks from any supernovae. Plant seeds of life, if possible. Investigate the Magicka loss.
Force a planet to form in a stable orbit, then start experimenting with microbial life
Start on the basic needs of an earth like planet
You investigate into your world further, and find a suitable rocky planet a habitable distance away from its nameless star - to create life on it, many factors must be created to allow it...
First you need water; you spend
50 Magicka to create thousands upon thousands of comets that gradually carry water to the nameless chaotic planet. After
100,000,000 years, the chaotic planet has cooled down to habitable levels after accretion of its star finally settled. To further it, you use
50 Magicka to create an atmosphere of nitrogen and oxygen. Then you spend yet another
50 mana to create a primordial soup within the ocean of various phosphates and organic compounds. The planet now has the needs it has to begin primitive life. However, it would take much, much longer for the primitive microbial compounds to evolve further.
You know why your magicka drains as time passes. Because you used the final reservoir of your mana upkeep to create existence itself, you no longer generate it naturally from the void. Therefor, your presence in this world you created is limited after it becomes older.
You have gained many more stars, and over the past 100,000,000 years have conglomerated into a simple elliptical galaxy.
You have lost
100,000 Magicka from time.
Magicka: [897,050]
All natural elements
Omniscient Command
103,000,000 Years Old
ENTROPY ◄▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬☼▬▬▬► ORDER
40,251,007 Stars in a nameless elliptical galaxy.
Nameless Low-Mass Main Sequence Star
•Nameless rocky planet hot with many craters.
•Devoid of atmosphere.
•Nameless rocky planet warm and with primitive microbial life.
•Thick atmosphere of nitrogen, oxygen, and other trace gasses.
•Basic microbes.
•1 Moon
•Nameless moon of cold frozen methane.
•Nameless rocky planet cold with a dusty blue surface.
•Thin atmosphere of carbon dioxide.
•Polar ice caps.
•Dense asteroid belt.
•Nameless large blue gas planet with light equatorial rings of dust.
•4 Moons
•Nameless moon with a very thick atmosphere of sulfur and other toxic substances, appears brown.
•Nameless moon with a dark brown surface, a dense core and strong gravity.
•Nameless moon with a grey scratchy surface littered with craters.
•Nameless moon with a oblong shape and weak gravity, polar orbit.
•Nameless huge green gas planet.
•3 Moons
•Nameless moon of a molten core and solid crust. Covered with salinated water.
•Nameless moon with high volanic activity and a red and black surface with massive mountains and cracks of flowing lava.
•Nameless moon with a thick atmosphere of nitrogen and oxygen, and huge oceans of water with tiny islands.