Heraturn

(*This is a procedural object around a modded star, to get that star, download this file and put it in the addons/catalogs/stars folder. Some qualities of the star are inaccurate because some data did not exist like exact distance and mass so I had to assume some qualities. Also daily reminder: Always check files for malicious data, even though SE does not have that big of a Malware community, always check mod files.* )

## Discovery Information

### Discoverer

GAIA EXPEDITIONS (2018)Named by Arnold Justice (2019)

## Heraturn's information

Heraturn, sometimes formally referred to as HiTS110222-001624 G, is a Hot jovian world, and it has a diameter of 84,903 miles, or 10.712 earth radii, with the mass of the jovian world being 1.2925\*10^27 kilograms, or 0.68071 M♃. The density of the planet seems to be 1.0644 grams per cubic centimeter, and the oblateness of the gas giant is 0.0909175, with this being a noticeable fact from space. The effective temperature of the planet is 66.727 kelvin, though this is a far cry from the average temperature of this gas giant, with that being 665.93 kelvin, or 739.004 degrees Fahrenheit. The Earth similarity index of this world is a little higher than expected with it being at 0.238. The albedo of the planet is 0.508729. The rotational period of the jovian world is 8 hours, 49 minutes, and 11.83 seconds, with the solar day being 8 hours, 49 minutes, and 11.90 seconds. The age of the planet is one of the youngest known yet, with it being only 1.008 million years. This age might be debatable considering the distance of this planet’s home star from its original galaxy, the Milky way galaxy. With some estimates of the planet putting the age at 1 - 4 billion years. The gravity on the poles of the planet is 22.383 meters per second, with the gravity on the equator being 15.823 meters per second. The circular velocity of the gas giant is 22.09 miles per second, with the escape velocity being 31.24 miles per second.

The planet has a standard elliptical orbit, with it orbiting the star HiTS110222-001624, otherwise known as Heraesol. The orbital period of this planet around that star is 512.066 years, with the semimajor distance being 142.35 AU. The pericentric distance is 137.21 AU, with the eccentricity of the orbit being 0.36, making it look like the planet has a circular orbit. The inclination of the gas giant is 2\*10’48.60”, with the Ascending node being 66\*53’37.59”. The argument of pericenter is 182\*13’33.51”, with the mean anomaly being 336\*24’43.70”. The longitude of pericenter is 249\*07’11.10”, with the mean longitude of the gas giant being 585\*31’54.80”. The hill sphere radius of this gas giant is massive with it being 3.70 astronomical units large, or 3.7 times larger than the distance between the Earth and the Sun, with the influence sphere radius being 2.89 AU. The Roche limit for satellites appears to be 35,390.93 miles. The height of the atmosphere on this world is 2,368.08 miles, with the tropopause height of the gas giant being 16.97 miles. The height of the homogeneous atmosphere is 626.75 miles, with the atmospheric pressure here being 1\*10^6 ATM, a standard for all gas giants it seems. The air density of this gas giant is 5,430.6 kilograms per cubic meter, with the air temperature being 5,000 kelvin. The speed of sound in this planet is 3.16 miles per second, with the exosphere temperature of the gas giant is 898.48 kelvin. There is no greenhouse effect on this planet, with the average molar mass of the planet being 2.228. The relative mass of the planet’s atmosphere is 0.95.

The atmospheric composition of the gas giant consists of hydrogen with it being only 92.1%, with helium being 7.52%, and methane comes in last with it being only 0.324% of the atmosphere. There are 45 moons around this planet, with 10 of them being major moons. The planet is also observed to have a thin ring system that has a width of around 19,750 miles. The coloration of these rings paired with the dark background makes them hard to measure so no one knows the exact width of the rings. The rings are blackish  in color, rare for rings. This planet is an intergalactic exoplanet and is very far away from any known galaxies, with the milky way being 6.03 mega light years away from it. With the Hyperdetail photography satellite (HDP), this planet has been observed to virtually have no features on it except for what appears to be a storm around half the size of the great red spot on Jupiter that is faint. This planet also has been spotted to have auroras. The moon system of this planet is not too odd relative to other planets of its type (gas giants), though the largest moon around this planet is a hot desert with a mass almost twice that of the Earth’s (1.767 M⨁), with that moon being covered in a very thick layer of clouds. It is the second moon as well. The first moon around the gas giant is a hot desert, though it is considerably smaller than the second moon, with it only having a mass of 0.13686 M⨁. The rest of the moons are frozen ice worlds with some of them having interesting visual characteristics. The fifth moon is brownish in color, and the seventh one is similar to that of Europa. The ninth one has more rock on its surface than the seventh one.

## Star System

### Star system information

This planet is located in a 7 planet system around its parent star, HiTS110222-001624, which is a B1.9 V star, with a mass 11 times that of the sun, a mid range B star, with it having a small diameter 5 times that of the Sun’s. The luminosity of this star is recorded at 17.0, with a gravity of 9.4765. The 6th planet (this one) is significantly tilted compared to the rest of the system. The last planet in the star system has a large elliptical orbit and it has rings along with it. Three is only one dwarf planet in the entire star system and it is the third one. The first planet in the star system, a hot jupiter, has 5 moons, with one of them having an eccentric orbit, and another one having an unusual atmosphere of Krypton and Xenon. All 3 of the planets between from the third through fifth positions are similar to each other, they are ice worlds, which is unusual for worlds that are between two “hot belts” of the star system. This is still being studied as to how this is possible and one of the explanations is that the ice worlds are made up of materials that are not good at absorbing heat. The third planet also has a very large asteroid moon that orbits a bit too close to its parent planet, with the only major moon around the dwarf planet being smaller than that asteroid moon.

### Star system gallery

The main star of the system, it is an intergalactic star and is a B type star.The first planet in the star system, it is a Hot Jupiter with a mass of 1.7063 M♃The second planet in the star system, it is a Scorched superearth with a mass 8 times that of the Earth.The third "planet" in the system, it is a cold ice dwarf planet with a massive asteroid moon that is very close and a major moon smaller than the asteroid moon.The fourth planet in the star system, it is a cold ice world.The fifth planet in the star system, it is a forzen ice world.The sixth planet in the star system, Heraturn itself, it is a Hot Jovian world.The seventh planet in the star system and the last one, it is a Hot desert.