Mohas

(*This world is one of the few that are darker then Ghaonia*. *I also got some Filenames wrong for some reason.*)

## Mohas's information

This planet is a frozen megajupiter that is located in Kayles Galaxy, that was discovered on January 6th, 2015. The planet has a diameter of 88477.42 miles, or 11.162 R⨁, with the mass of 10.767 M♃, or 2.0445\*10^28 kilograms. The density of this gas giant is 13.647 grams per cubic centimeter, with the oblateness of this world being very low, with it being 0.00894486. The effective temperature of this world is only 20 kelvin, which is -253.15 degrees Celsius, or -423.67 degrees fahrenheit. The earth similarity of this planet is 0.131, which is around the amount that was expected. The albedo (Bond / Geom) is 0.457094 / 0.548513. The rotational period of this world is 7 hours, 24 minutes, and 23.99 seconds. With the solar day of the planet being the exact same amount. The axial tilt of the planet is 141\*29’52.49”, with the age of the planet being 1.829 billion years, which is young. The gravity on the poles of the planet is 274.32 meters per second squared, with the gravity on the equator being 265.48 meters per second squared. (27.963 g / 27.062 g). The circular velocity of this planet is 86.06 miles per second, with the escape velocity being 121.71 miles per second. The planet has a standard elliptical orbit, with the parent of this world being the barycenter of the three star system it is part of. The orbital period of this world is 10,841.449 years, with the semimajor axis being 440.37 AU.

The pericentric distance of this frozen and distant world is 415.52 AU, with the eccentricity being 0.056. The inclination of the planet is 141\*00’28.72”, with the ascending node of the planet being 98\*23’57.02”. The argument of pericenter is 109\*30’30.16”, with the mean anomaly being 325\*01’58.25”. The longitude of pericenter on this world is 207\*54’27.19”, and the mean longitude is 532\*56’25.45”. The planet has a large hill sphere radius with it being 67.60 AU, with the influence sphere radius being even larger at 77.32 AU. Many star systems that are parented by red dwarfs, orange dwarfs, and some yellow dwarfs are smaller than the amount of space that this world can exert its gravitational pull on. The Roche limit for satellites is 88839.15 miles. The height of the atmosphere on this world is 120.26 miles, with the tropopause height being 4549.15 feet. The height of the homogeneous atmosphere on this world is 31.83 miles, with the atmospheric pressure being 1\*10^6 ATM. The air density of the planet is 7341.9 kilograms per cubic meter, with the air temperature being 3567.1 kelvin, which is a massive difference from the average temperature of this world which is related to it being in the middle of space far off from the center of its star system.

The speed of sound on this world is 2.72 miles per second, with the exosphere temperature being 162.24 kelvin. There is no greenhouse effect on this world, with the average molar mass being 2.149. The relative mass of the planet is 0.95, with the mass of the planet’s atmosphere being 10.229 M♃. The atmosphere is made of 93.9% hydrogen, 6.05% helium, and 338 parts per million nitrogen. One of the interesting qualities of this planet is the fact that it is subject to the low light invisibility phenomena where an object appears to disappear if it has a very low amount of light, it becomes transparent and it only reappears if it is given more light or you are right next to it. This does not occur to rogue planets for some unknown reason. Due to this effect, the observation of this planet required a special type of stellar frequency which made everything look a shade of light purple, but allowed for LLO (Low Light Observations) to discover this world. With normal light only some objects around the planet are visible. The megajupiter has a large ring system with many moons, a lot of them, and the distance of this planet from the main star system is 416.21 AU.

The planet’s ring system is split into three parts, the A, B, and C selections, the A section is the largest of the three, with the C section being the smallest. These are theorized to be the remnants of three moons that used to exist in the past. All of them are theorized to be small earth-sized moons except for the last one which could have been a microearth. The ring’s natural color is light gray, with the natural color of the gas giant seemingly being a bland gray with some possible brown and yellow bands. The atmosphere of this planet is noted to be a banana yellow. This world is one of the darkest known that orbits a star or set, with only a few others being known. The planet is also nicknamed after the type of frequency it was fully discovered with, “God’s shadow world”, with the planet being officially named as “Mohas” in November of 2016. Due to the distance of this planet from its parent star(s), the stars look like they are other stars in the night sky, with them being only slightly brighter. Because of this, it was a bit difficult for the researchers to identify the parent stars from the perspective of this world, with at one point a white supergiant was thought to be the parent.

### Moons

This world has many moons, with there being 53 known moons around this object. The size of the moon system around this object is around 13 - 17 AU in size which is large when put onto a universal map of the system. The planet has one gas giant moon and has an inner and outer moon system, with the inner one having the most moons. All of the moons in the inner part of the moon system have a mass greater than that of the Earth. All the moons were discovered by 2018 when the final God’s Shadow survey of this planet was conducted. There are two moons in the outer system, with both of them being microearths. The farthest extent of this moon system is estimated to be 22.30 AU. The largest moon around this planet is 2 - 3 earth radii. Though it might seem big, the moon system is not that large number wise, with many other gas giants having moon counts above 60. The moons around this gas giant all have amounts of Helium and Nitrogen in their atmospheres which hint to the world’s formation.

## Star System

As mentioned before this planet is located in a three star system, this star system consists of two brown dwarfs and one white dwarf, and 14 planets. This megajupiter is the farthest in the system and shares its space with a cold ice world with a mass 4 times that of the Earth’s. The star system’s main part, which orbits the white and brown dwarf sub-binary, has 5 planets. Three of these worlds are terrestrial worlds, and two of them are jovian worlds. With one of them being a superjupiter.The second part of the system, which orbits the second brown dwarf, consists of 7 lifeless ice worlds. The third part of the system is the part which orbits all three stars and contains Mohas and that other world. Mohas may have collected all of the minor asteroids/comets in that region or sling shotted them out because there are comets or asteroids in that region of space. This is very unusual as all star systems have some sort of asteroid/comet cluster around them. The star system is large, with it having a rough size of 0.01 light years. This sounds small, but most star systems only end up getting to the size of the space shared by all three stars. Which is small in this system. The summary mass of the entire star system is still less than the sun. The nearest star system to this system is 2 light years away and is a triple star system. There are around 2 dwarf planets in this entire star system which is unusual considering the amount of material this system formed with, or is left with.

### Star System Chart

Due to the system architecture, this part is split into multiple sections.

#### Star System Chart (Around A & B)

I see it is as a bit redundant to include both the binary of A (AB & AA) and B as the stars in the beginning of the chart.