Golarpunkia

(*Here after a long Hiatus, I also will not include the barycenter information in the next article, if there is any.*)

## Golarpunkia

This is a typical heavily green terra that is not breathable.

## Additional Information

### Life

Organic multicellular (Marine, Terrestrial)

## Golarpunkia's information

This is a temperate superterra with intelligent organic multicellular life (marine, terrestrial) that has a diameter of 10738.09 Miles (1.3547 R⨁), a mass of 3.1796 M⨁, 1.8996\*10^25 kilograms, and a density of 7.0296 grams per cubic centimeter. The planet has a fake perfect oblateness of 0, as the gravity is slightly uneven, thus making the oblateness small enough that it can not be measured with current technology. The effective temperature here on this solar punk world is 245.85 kelvin, -27.3 degrees Celsius, or -17.14 degrees Fahrenheit, with the earth similarity index of this world being 0.843. The albedo of the planet, bond and geom is 0.379772 and 0.455726. The rotational period of the planet is 2.137 days, because the planet is tidally locked to its one and only moon, a terra, and the solar day of the planet is 2.147 days, or 51 hours, 32 minutes, and 14.98 seconds. The axial tilt of the planet is 0\*50’59.02”, with the age of the planet being older than our solar system with it being 5.938 billion years. The gravity on the poles is 16.996 meters per second, with the gravity on the equator being 16.986 meters per second. The circular velocity of the planet is 7.53 miles per second, with the escape velocity being 10.65 miles per second. The orbital period of the planet is 1.253 years, with the sub orbital period (the period it takes to orbit the barycenter of it and its moon) is 2.137 days.

The semimajor axis of the planet is 4954.53 miles, with the pericentric distance being 4760.44 miles. The eccentricity of the planet’s barycenter is 0.019, with the eccentricity of the planet around its barycenter being 0.039. The inclination of the planet is 0\*37’59.56, with the ascending node being -95\*43’00.43”. The barycenter values for the inclination and the ascending node is 0\*16’55.44” and 51\*09’33.46”. The argument of pericenter is 66\*50’37.85”, with the mean anomaly being 140\*52’46.70”. The longitude of pericenter is -28\*52’22.57, with the mean longitude being 112\*00’24.12”. The hill sphere radius of the planet is 1598785.81 miles, with the influence sphere being 1083315.91 miles, and the Roche limit for satellites being 8668.88 miles. The height of the atmosphere on this planet is 13.16 miles, with the tropopause height being 22617.84 feet. The height of the homogeneous atmosphere is 8106.13 feet, with the atmospheric pressure on the planet being 23.9 atm. The air density here is 40.931 kilograms per cubic meter, with the air temperature being 267.2 kelvin, 21.29 degrees Fahrenheit, or -5.95 degrees Celsius, with the speed of sound being 921.21 feet per second. The exosphere temperature is 1487.8 kelvin, with the greenhouse effect being 20.777 kelvin. The average molar mass is 39.598, with the relative mass being 6.3663\*10^-6, and the mass of said atmosphere is 2.0243\*10^-5 M⨁.

Carbon dioxide makes up 62.1% of the atmosphere, oxygen is 37.4% of the atmosphere, and sulfur dioxide is 0.478% of the atmosphere. The planet’s oceans are made of water as normal, and the average depth of the oceans are 5000 - 10000 feet, though from space, the depth does not look that different. The planet’s geography is made up of large archipelagos and oceans. The climate on this planet is generally uniform as evident by the fact that dense forests and forested plains cover the entirety of the planet with beaches making up the rest. What could be called mountains are not ice cap(ed), and are more accurately described as highlands. There are two major continents on this world, they are around the same size, and the southern continent has more rivers than the northern one. Due to the mass of the planet, the lifeforms here are short, but they are bulkier. The civilization on this world is around the level of  the 1.5 level on the  kardashev scale. The society on this planet has control of all the natural resources of said world and  are able to control the weather and can move the planet’s tectonic plates. The civilization on this planet has seemingly fully embraced the architecture and technology of the aesthetic known as “Solarpunk”,

flying cars, large scale solar farms, and garden buildings with unusual architecture. This civilization however has seemingly not ever developed the technology of private vehicles, Infact, it seems like they have not developed a concept of individuality, they operate more as a hive mind, and move as a collective. This means that it is rare for them to have internal wars, and they generally have a consistent policy and social construct across the entire planet. Even though they have many capabilities that allow them to expand and use their technology to its fullest. For example, they could move continents and centralize their society even more, but they seem not to, with their greatest use of this technology being the moving of a few islands to the mainland. They can control the weather, and yet they seem restrained, only getting rid of the worst storms, and finally, they seem to not be progressing to a type ii civilization, as they have only colonized parts of their moon and set up some space stations and that's it. No mining facilities on other planets, or any attempt to colonize them. Officially speaking, this civilization is categorized as an isolationist theocracy, it is heavily religious and its ruler is always this world’s version of a pope for the one religion of the terra. The population here is 25.4 billion, a large amount, but not for a “hive mind” which on average is 500 billion.

### Other Designations

* Golarpunkia Sol IIII
* SWATH 040233199 e
* IAUNC-021728891
* DR/2014/07/10.SYS-012/S04
* ADAD-045302112 4

### References

* https://IAU/Namingof/Golarpunkia
* https://Astrodata.org/planetary\_objects/articles/Golarpunkia
* https://www.cnn.com/2019/06/20/us/Solarpunk-in-real-life/index.html

## Additional Information

### Position in Star System

(4th) 1st

This is the one and only moon around the moon, it is a lifeless temperate terra, and it has limited colonization from the main planet. The moon has a purple atmosphere, and more landmass than the main planet. The moon also has a higher average temperature than the main planet, and the atmospheric composition is composed of carbon dioxide and sulfur dioxide. The mass of the moon is 0.25959 M⨁, with the diameter of the moon is 5087.40 miles, and the density of the moon is 5.3967 grams per cubic centimeter. The moon has no oblateness, this is not a perfect oblateness though. The effective temperature on this moon is 245.1 kelvin, -28.05 degrees Celsius, or -18.49 degrees Fahrenheit, with the earth similarity of the moon is 0.915, which is very high considering there are no native species to this moon. The albedo (bond / geom) is 0.387652 and 0.465183. The rotational period of the moon is 2.137 days, it is tidally locked, with the solar day being 2.147 days, and the axial tilt is 0\*50’59.02”. The gravity on the poles of the moon is 6.1818 meters per second, with the gravity on the equator being 6.177 meters per second, both values are around 0.6 g.

The circular velocity of the moon is 3.13 miles per second, with the escape velocity being 4.42 miles per second. The height of the atmosphere on this moon is 50.49 miles, with the tropopause height being 14.45 miles. The height of the homogeneous atmosphere is 29028.50 feet, with the atmospheric pressure being 14.5 atm. The air density of the moon’s atmosphere is 26.789 kilograms per meter, with the air temperature being 284.39 kelvin, 52.232 degrees Fahrenheit, or 11.24 degrees Celsius. The speed of sound on this moon is 885.99 feet per second, with the exosphere temperature being 1487.9 kelvin. The greenhouse effect of the moon is 17.796 kelvin, with the average molar mass being 44.228. The relative mass of the moon is 2.9134\*10^-5, with the actual mass of the said atmosphere is 7.5629\*10^-6 M⨁. The carbon dioxide of the atmosphere makes up 98.8%, with sulfur dioxide making up 1.16%. Nitrogen makes up the rest at 733 parts per million. Like mentioned before, this moon is not that settled by the civilization on the parent planet, and said civilization only has a light footing on the moon in the form of small outposts which seem to be all centralized on one continent, and solar farms. Some wind farms and nuclear power plants have been found on the moon too, so it is concluded that the moon is used as an extension of power generation from the main planet.

## Star System

The planet is located in a 8 planet star system with a yellow dwarf star slightly more massive than the sun, the star has a spectrum of G3.1 V, the diameter of the star system around the central star is 228.41 AU, the mass of the star is 1.1391 M⨀, and the diameter of the star is 1135012.31 miles. The first planet in the star system is a hot ice giant, it has a mass 42 times that of the Earth, and it has 13 dwarf moons. The second planet in the star system is a hot desert and it has only one moon, a dwarf moon. The third planet in the system is a warm gas giant, it has a mass slightly smaller than Jupiter. The fourth planet in the star system is the one described in this article, it is a temperate superterra with multicellular life in both the oceans and the continents. The fifth planet in the star system is a cold superjupiter with 68 moons, and has a mass 8 times that of Jupiter. The sixth planet in the star system is a mini cold ice world, and is a dwarf planet, and the only one in the star system. The seventh planet in the star system is a binary of a frozen ice giant and another ice giant, and the last planet is another binary of a frozen ice world and another frozen ice world.