Darkymlia

(I decided to use roman numerals. There will also be an article in the future that is similar to Caldecia. Ngl, mispelling my own article's name is eh... cringe.)
==Darkymlia's information==
===Technical details===
This is a frozen gas giant that has a diameter of 77455.43 miles, a mass of 0.41205 M♃ (7.824*10^26 kilograms) , and a density of 0.83865 grams per cubic centimeter. The oblateness of the planet is 0.0800818, with the effective  temperature being a blistering 20 kelvin, (-423.67 degrees Fahrenheit, -253.15 degrees Celsius), and the Earth similarity is 0.060, an extremely low amount that is rare to find on planets, in addition to that the albedo bond and geom is 0.460393 and 0.552472. The rotational period of the planet is 11 hours, 1 minute, and 37.99 seconds, with the solar day being 11 hours, 1 minute, and 37.98 seconds, and the axial tilt is 101*37’6.70”. The planet is a very young world, still on the heels of formation, with it only being 326.317 million years, the planet’s gravity on the equator and the poles is 15.899 meters per second, and 11.893 meters per second, a very large difference, and the circular / escape velocity is 17.99 miles per second and 25.45 miles per second. The height of the atmosphere is 1187.73 miles, with the tropopause height being 44930.53 feet, and the height of the homogeneous atmosphere is 314.35 miles. The atmospheric pressure is 1*10^6 atm, with the air density being 14886 kilograms per cubic meter, and the air temperature is an extreme end compared to the effective temperature, 1760.5 kelvin, (1487.35 degrees Celsius, 2709.23 degrees Fahrenheit), this could the planet cooling down from its recent formation. 
The speed of sound on this world is 1.91 miles per second, which is around ~60 - ~70 miles per hour,  which is slow. The exosphere temperature is a low 20 kelvin, with the greenhouse effect being 0 kelvin, and the average molar mass is 2.150, in addition to that the relative mass is 0.9242, and the actual mass of the atmosphere is 0.38082 M♃. Hydrogen makes up 93.2% of the atmosphere, with Helium making the rest at 6.76% of the atmosphere. The planet has an orbital type of elliptical, with its parent being the barycenter of the two stars that it is far away from, and the orbital period is 4912.956 years. The semimajor axis is 171.09 AU, with the pericentric distance being 154.36 AU, and the eccentricity is 0.098, in addition to that the inclination is 20*58’51.37”. The ascending node is 139*00’37.01”, with the argument of pericenter being 262*52’32.98” , and the mean anomaly is 306*44’38.57”, in addition to that the longitude of pericenter is 401*53’10.00”, plus the mean longitude is 708*37’48.58”. The hill sphere radius is 13.22 AU, massive, with the influence sphere radius being 13.91 AU, and the Roche limit for satellites is 29937.95 miles. 
===Infolore===
Located in the same unassuming star cluster as Twimenla, this frozen gas giant, though smaller in mass than Jupiter, possesses a fascinating medium-large ring system comprised of ten primary rings: A, B, C, D, E, F, G, H, I, and J, with interstitial subsections. The origins of these massive rings are subject to intriguing theories. One suggests that they may have formed from the remnants of an ancient moon, which, at one point, could have been two to three times the mass of Earth. This colossal moon could have generated the foundation for this extensive ring system. Alternatively, a significant portion of the rings may consist of dust, rocks, and gasses originating from the planet's own formation. It is likely that a combination of these factors contributed to the creation of this remarkable ring system. In the realm of substantial phenomena, this planet stands out as one of the few celestial bodies characterized by a considerable difference between its polar and equatorial gravities. This variation amounts to approximately three meters. Various factors may be responsible for this gravitational peculiarity. The planet might still be in the process of cooling down, given that it is relatively young, having formed only a few hundred million years ago.
Additionally, it may have originated with an exceptionally high rotational speed, which could have shaped it into its oblong form. This unique configuration may persist indefinitely, according to some theories. Moreover, this planet is quite distant from its parent stars, with an orbital period spanning 4912 to 4913 years. Despite this great distance, it still receives light from its two faint suns, which are situated approximately 150 to 170 astronomical units (AU) away from the planet at any given time. From the planet's surface, these two distant stars appear as two radiant red dots in the sky. This gas giant exerts a significant sphere of influence, extending over a region of 13 AU. This is rather remarkable, considering the planet's relatively low mass. Furthermore, this celestial body boasts a total of 62 moons, including eight major moons that orbit along its plane. In addition, there is a small cluster of five major moons orbiting around it. All these frigid worlds revolve around what may seem like a featureless gas giant, but it is adorned by large and captivating auroras that grace its polar regions.
===Gallery===
File:Darkymlia-010.png
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=== Moon system ===
The large moon system around this planet consists of 13 major moons, and 49 minor moons. The moon system has previously stated has two parts for its major moons, 8 moons that orbit on the orbital plane of the planet, and 5 extra major moons that orbit in a cloud like formation, and these moons have 2 reasons for their existence, one they formed with the planet but they got shot out of the traditional orbital plane during formation and were able to orbit here safely, or they were captured planetoids that would have become dwarf planets if not captured, the first theory is more plausible. 
 	Darkymlia I 	Darkymlia II 	Darkymlia III 	Darkymlia IV 	Darkymlia V 	Darkymlia VI 	Darkymlia VII 	Darkymlia VIII 	Darkymlia IX 	Darkymlia X 	Darkymlia XI 	Darkymlia XII 	Darkymlia XIII
Photograph 	
File:Darkymlia-011.png	
File:Darkymlia-012.png	
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Class 	Cool desert 	Cold desert 	Frozen ice world	Frozen ice world	Frozen ice world	Frozen ice world	Frozen ice world	Frozen ice world	Frozen ice world	Frozen ice world	Frozen ice world	Frozen ice world	Frozen ice world
Mass 	0.006903 M⨁ 	0.0079883 M⨁ 	0.009432 M⨁ 	0.107 M⨁ 	0.0124 M⨁ 	0.014395 M⨁ 	0.01675 M⨁ 	0.019553 M⨁ 	3.346*10^-6 M⨁ 	0.11503 M⨁ 	2.2086*10^-6 M⨁ 	3.3334*10^-6 M⨁ 	5.16*10^-6 M⨁
Diameter 	2067.61 Miles	2041.10 Miles	2275.67 Miles 	4737.29 Miles 	2505.80 Miles 	2475.44 Miles 	2764.86 Miles 	2735.77 Miles 	308.28 Miles 	5157.16 Miles 	241.54 Miles 	264.16 Miles 	293.50 Miles
Orbital period	25h 59m 5.59s	2.141d 	4.234d 	8.370d 	16.558d 	32.744d 	64.753d 	128.050d 	218.057y 	217.999y 	219.801y 	219.877y 	219.920y
===Star system===
The star system is a binary between two red dwarfs that share 11 planets; the secondary star has 6 of the planets, with the primary having the rest, and there are 3 planets (including this one) that orbit the two stars. Both stars have asteroid belts, but no oort clouds, nor one around both of the stars. 
====Star system (A)====
File:Darkymlia-024.png
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====Star system (B)====
File:Darkymlia-030.png
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====Star system (Around A & B)====
File:Darkymlia-037.png
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Category:Procedural objects
Category:Objects
Category:Gas giants
Category:Planets