Undrega

(Chatgpt uses way too many synonyms, it gets annoying reading what sounds like some sort of whimsical tale. I also despise uploading without the proper names.)
==Undrega's information==
===Technical information===
This is a temperate megaterra with unicellular life (marine) that has a diameter of 14905.77 miles, a mass of 11.128 M⨁ (6.6483*10^25 kilograms), and a density of 9.3076 grams per cubic centimeter. The oblateness of the planet is 0.0117587, with an effective temperature of 243.98 kelvin, and a Earth similarity of 0.785, which was a little unexpected when reading the world’s data. The albedo, bond and geom, is 0.355966 and 0.42716, and there is no absolute magnitude to thai world or a luminosity, though sometimes the albedo of a world could make it look like it has a luminosity. The rotational period of this world is 9 hours, 53 minutes, and 13.89 seconds, witht he solar day of the planet being 9 hours, 54 minutes, and 55.21 seconds, and the axial tilt of it is 60*34’27.15”. This world is young by universe standards, with it only being 2.344 billion years, with the gravity on the poles and on the equator being 31.609 meters per second and 30.497 meters per second, and the circular / escape velocity is 11.96 miles and 16.91 miles per second. The height of the atmosphere is 7.7 miles, with the tropopause height being 15099.91 feet, and the height of the homogeneous atmosphere is 5112.33 feet. The atmospheric pressure of the planet is 42.7 atm, with the air density being 66.299 kilograms per cubic meter, and the air temperature is 289.1 kelvin. 
The speed of sound on this world is 967.68 feet per second, with the exosphere temperature being 1321.2 kelvin, and the greenhouse effect here is 45.068 kelvin. The average molar mass is 41.645, with the relative mass being 3.449*10^-6, and the real mass of the atmosphere of the atmosphere is 3.8382*10^-5 M⨁. Carbon dioxide makes up 75.5% of the atmosphere, with Oxygen making 22.7% of the atmosphere, and Sulfur dioxide makes up the rest at 1.82% of the atmosphere. The orbital type of the planet is elliptical, with the parent of this planet being a solitary star, and the orbital period of the planet is 145.144 days, in addition to that the 0.49 AU, with the pericentric distance being 0.44 AU. The eccentricity of the planet is 0.096, with the inclination being -2*19’20.81”, and the ascending node is -148*13’40.05”. The argument of pericenter is 308*2’32.75”, with the mean anomaly being 111*18’13.99”, and the longitude of pericenter is 159*48’52.70”, in addition to that the mean longitude is 271*07’06.69”. The hill sphere radius of the planet is 1013199.20 miles, with the influence sphere radius being 829857.07 miles, and the roche limit for satellites is 13161.79 miles. 
===Infolore===
This is a vast temperate world with a medium-sized ring system. This ring system contains valuable resources such as nickel, silicon, copper, gold, and platinum—resources that could prove indispensable for any future civilization that arises here. The ring system exhibits a grayish hue and is divided into five distinct sections, labeled A, B, C, D, and E., (being named from closer to farther.) Among these, A is the largest and closest and largest to the planet. As we journey through the ring system and descend towards its surface, one striking feature becomes apparent: the atmosphere is remarkably thin, measuring only 7/7 miles in thickness. While this may initially seem unbelievable, rest assured, it is indeed that thin. This thin atmosphere means that our spacecraft experiences minimal friction during the descent through the atmosphere. Upon landing, we find ourselves next to a range of hills, on the rugged and desolate shores of a small lake.
At first glance, the lake appears devoid of life. However, upon closer examination, microscopic observations reveal hundreds of small unicellular organisms. These seemingly diminutive creatures may remind us of the bacteria that existed on Earth billions of years ago, underscoring their potential for future evolution. The landmass we stand on is, in fact, an island, connected to a larger continent. It's essential to note that this continent, while referred to as such, is relatively small in comparison to the rest of the planet. It is entirely encircled by a vast ocean. The water in the ocean has a salty taste and a somewhat viscous texture, primarily due to the abundance of algae, particularly during this season. This algal bloom imparts a dark green hue to the coastal regions. Given our proximity to the ocean, we can decide to employ a boat to explore the extensive expanse of water. As we circumnavigate the island we initially landed on and approach the mainland, we encounter numerous smaller islands and an imposing, active volcano in the distance. These volcanoes are home to structures that appear multicellular, formed by colonies of unicellular organisms. 
These structures can reach heights of up to 7 feet and widths of 5 feet, a remarkable feat given the planet's strong gravity. If we were to return to space and remove the atmosphere to observe the planet's true colors, we might notice a curious phenomenon. The continents and islands exhibit a desaturated green - Mapturqoise hue. While we lack a definitive explanation, it is possible that mineral content and oxidation play a role in this peculiar coloration. Additionally, the planet's axial tilt suggests that it may have experienced a recent collision with a massive celestial body, potentially giving rise to its ring system. Gazing across the vast ocean, we discern other continents on the horizon. These landmasses hold the promise of becoming grand territories for a thriving civilization in the future. Yet, for now, one of the planet's most captivating aspects is the nocturnal display of bioluminescent algae. On the night side of the planet, these algae emit vibrant green, blue, and cyan hues. While the exact nature of this phenomenon remains a mystery, it is a captivating spectacle.
===Gallery===
File:Undrega-002.png|The rocks near the lake that was descirbed earlier in the passage. These rocks are undergoing oxidation.
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File:Undrega-001-001.png|A volcano on this world. The higher gravity makes most volcanoes here flat and squat.
===Moon system===
The megaterra has it far share of moons, there are about 10 moons, there are 2 moons on the orbital plane of the planet, with the rest of the moons orbiting in a cloud. These several moons might come from 3 events, one, these moons come from an ancient collision, which also could have formed the ring system. Two, the asteroids are the fragments of formation of the planet, and three, these are captured asteroids that due to the planet’s hulking mass and gravity have been stolen from the comet cloud that surrounds the star system that the planet is part of. The first theory with a mix of the second is the most probable for why they exist in this position. (The cloud of moons will be grouped collectively as one object for the sake of time.)
Categories 	Undrobos 	Undreimos 	Undrega Asteroid Cloud
Photograph 	
File:Undrega-011.png	
File:Undrega-012.png	
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Class 	Temperate Asteroid	Temperate Asteroid	Asteroid Cloud
Mass 	1.0812*10^-8 M⨁ 	1.4729*10^-8 M⨁ 	X < 1 M◑
Diameter 	22.44 Miles 	42.81 Miles 	~1087194.12 Miles
Orbital period	3h 31m 53.85s 	8h 47m 42.43s 	6.445 Days - 24.468 Days
===Star system===
The planet exists in a 10 planet system around a solitary star, an orange dwarf that has a spectrum of K3.8 V. The system has no dwarf planets, and the system has 2 gas giants, 1 ice giant, and 7 terrestrial worlds. The system does not have an asteroid belt, but it does have a comet cloud.
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Category:Procedural objects
Category:Objects
Category:Terrae
Category:Life
Category:Megaterras
Category:Terra with Rings
Category:Megaplanets
Category:Planets