Uptopia

(I feel like I have seen a planet like this in the 100th millennium wiki 3 - 4 years ago except in the IC 1101 galaxy. Not sure which version they used.)
== Uptopia's information ==
This is a temperate marine superterra that was discovered in the TON 618 Galaxy on May 9th, 2017. The planet has a diameter of 12157.64 miles, with the radius being 1.5338 R⨁. The mass of the planet is 2.9948*10^25 kilograms, or 5.0129 M⨁. The density of the terra is 7.6477 grams per cubic centimeter, with the oblateness being 0.00150686. The effective temperature is 248.4 kelvin, -12.55 degrees fahrenheit, or -24.75 degrees celsius, with the earth similarity being 0.848. The albedo (bond / geom) is 0.41923 / 0.503076. The rotational period of the planet is 30 hours, 9 minutes, and 41.41 seconds, with the solar day being 30 hours, 15 minutes, and 9.29 seconds. The axial tilt of the temperate terra is 1*50’45.20”. The age of the planet is around that of the Earth’s age, with it being 4.467 billion years. The gravity on the poles of the terra is 20.966 meters per second, with the gravity on the equator being 20.87 meters per second. The circular velocity of the terra is 8.89 miles per second, with the escape velocity being 12.57 miles per second. The planet orbits a yellow dwarf that has a mass slightly larger then that of our sun, and it has a standard elliptical orbit. The orbital period of the planet is 1.143 years, with the rotational period being 30 hours, 9 minutes, and 41.41 seconds. The semimajor axis of the planet is 1590.09 miles, with the pericentric distance being 1588.03 miles.
The planet has the lowest eccentricities known with it being 0.001, with the inclination being -0’59’42.55”. The ascending node of the planet is -43*54’51.23”, with the argument of pericenter being 4*15’50.16”. The mean anomaly of the terra is -51*18’39.63”, with the longitude of pericenter being -39*39’01.07”, and the mean longitude of the terra is -90*57’40.71”. The hill sphere radius of the terra is 1590390.53 miles, with the influence sphere radius being 1200489.18 miles. The Roche limit for satellites is 10089.47 miles. The height of the atmosphere on this planet is 15.24 miles, with the tropopause height being 19960.78 feet. The height of the homogenous atmosphere is 8155.62 feet, with the atmospheric pressure being 8.06 atm. The air density on the planet is 14.542 kilograms per cubic meter, with the air temperature being 259.4 kelvin. The speed of sound on this planet is 898.01 feet per second, with the exosphere temperature of 1498 kelvin. The greenhouse effect of the terra is 10.97 kelvin, with the average molar mass being 42.827. The relative mass is 1.4209*10^-6, with the relative mass being 7.1229*10^-6 M⨁. Carbon dioxide makes up 89.5% of the planet’s atmosphere, with oxygen making up 10.2% of the atmosphere. Sulfur dioxide comes in last with only 0.249% of the atmosphere.
The planet’s vegetation is greenish in color, and it covers all of the landmass across the planet. There are three main continents on this planet: one on the southern pole, one near the northern pole, and the last one on the equator. This continent is the largest and is where most of the Uptopians (the native civilization of this planet) live. The planet is close enough to the central black hole of the TON 618 black hole that you could see its "glow," like if it were a second star, but you still could not read by its light. Due to its acting like a false sun, it has taken on that role in many of the cultures of the Uptopians, where it acts as some false good or a gateway to heaven, depending on said culture. The planet has a large ring system compared to said planet, and these rings come in the colors purple, light purple, light purple, dark blue, dark cyan, dark pastel pink, and regular gray. These rings do indeed look beautiful from the ground of the planet for us humans, but to the Uptopians, they view these rings as rich mountains instead of something to be preserved (except for a few of the rings). 
Mining bases have been set up across the rings, and there is a secondary sentiment that these rings are barriers to future progress, as all satellites that are at a good distance from the planet have to pass through the rings, therefore damaging the satellites. This world’s version of the UN has decided to preserve the first and second layers of rings, with the rest having to be mined away. A black hole bomb was observed to explode close enough to this planet that it could be seen and far enough that it couldn’t affect the planet. The black hole bomb detonated in the direction of the nearby star cluster. There are two popular features of this planet in the media, one being a book called “Living near black holes” which describes how the Uptopians and their planet has survived in its environment, the next mention is a page on the 10K millennium where a planet that looks similar to this one is described, essentially an analog.
=== Gallery ===
File:Uptopia-001.png
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==== Map ====
(Yes some of the names are not that creative.)
File:Uptopia-012.png
== Uehloon (Moon) ==
This planet has one moon around it, and it is a temperate desert world with large sand storms and wide dune filled valleys. The mass of the moon is 0.15574 M⨁, with a diameter of 4331.93 miles. The earth similarity of the moon is 0.844, which is only 4 points below its parent planet’s ESI. The moon might have had water in the past, this period was also long enough that it seems like a small-scale civilization, on the level of Humanity during the end of the ice age, which has built monuments and rune stones that are buried or far into the stages of becoming the environment around them. These structures seem to have been erected around land depressions that might have been bodies of water in the past. It is evident that whatever past water that used to exist is now firmly gone with water vapor making up 0% of the atmosphere, with it most likely being converted into carbon dioxide and hydrogen sulfide. It is unknown as to why the conditions of the moon have changed very drastically in a relatively short period of time, around 10 - 14 million years. A form of bombardment has been proposed as to how this happened, as their hundreds of impact craters that seem to be younger than the mountains or past rivers of the moon. An odd tract of flat land has been observed on the northern hemisphere of the moon. The north pole and the south pole of the moon is generally higher than the rest of the moon.
== Star system ==
The planet is part of a 6 planet system around a yellow dwarf (G3.7), which has a mass of 1.1168 M⨀. The system has one dwarf planet and that is the last major object in the system. The star system looks like a dual star system due to the luminosity of the TON 618 central black holes. The first planet in the star system is a hot selena with a mass of 0.044403 M⨁, and it has a diameter of 3298.98 miles. The second planet in the star system is a hot dessert, with a mass of 0.21869 M⨁, and it has a diameter of 5486.28 miles. The third planet in the star system is a warm gas giant that is slightly larger than Jupiter with a mass of 1.2472 M♃, and it has a diameter of 93074.50 miles. It is the largest planet in the system, and it has a ring system. The fourth planet in the system is one covered in this page. The fifth planet in the system is a megajupiter with a mass of 11.29 M♃, and a diameter of 88306.74 miles. The megajupiter has a brownish coloration, and it has 3 major moons. The final major object in the system is a dwarf planet with a mass of 0.0097511 M⨁, and a diameter of 2013.85 miles. It is a cold ice world. 
=== Star system gallery ===
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=== Star system chart ===
 	Uptopsol 	Uptopcury 	Uptovenus 	Uptopaturn 	Uptopia 	Uptopupiter 	Uptopluto
Photograph 	
File:Uptopia-035.png	
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Type 	Star 	Planet 	Planet 	Planet 	Planet 	Planet 	Dwarf Planet
Class 	Yellow Dwarf (G3.7 V)	Hot selena 	Hot desert 	Warm gas giant 	Temperate terra 	Cold Megajupiter 	Cold ice world
Mass 	1.1168 M⨀ 	0.044403 M⨁ 	0.21869 M⨁ 	1.2472 M♃ 	5.0129 M⨁ 	11.290 M♃ 	0.0097511 M⨁
Diameter 	1.2692 D⨀ 	3298.98 Miles	5486.28 Miles 	93074.50 Miles 	12157.64 Miles 	88306.74 Miles 	2013.85 Miles
Solar day 	N/A 	94.207 Days 	Tidally locked	8H - 11M - 38.73S	30H - 15M - 9.29S	7H - 58M - 53.46S	42H - 12M - 54.78S
Orbital period 	N/A 	23.552 Days 	72.092 Days 	199.768 Days 	1.143 Days 	2.686 Years 	6.197 Years
Atmospheric composition	H2. He 	None 	CO2, SO2 	H2, He 	CO2, O2 	H2, He 	None
Second photograph 	
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Category:Procedural objects
Category:Objects
Category:Life
Category:Terra with Rings
Category:Alternative generation
Category:Terrae
Category:Planets
Category:Civilization