Hydrnozont

(I will have a batch of 0.980 worlds and 0.970 worlds I will have to get out in the first half of April so don't be surprised if you don't see any modern worlds until like April 17th)
[This is a mod exclusive version of this planet and a magnitude up or down might change it. To get this planet in specific and its system, go to 5M GAIA Catalogs (Mod)]
==Hydrnozont's information==
===Technicals===
====Physicals====
The planet has a diameter of 15118.60 miles, or 1.9074 D⨁, with the mass being 7.0295 M⨁, or 4.1996*10^25 kilograms, and the density is 5.6561 grams per cubic centimeter. The oblateness is 0.0155212, with the effective temperature being 314.07 Kelvin, and the Earth similarity index is 0.807. The rotational period is 10 hours, 58 minutes, and 32.82 seconds, with the solar day being 10 hours, 59 minutes, and 12.26 seconds, and the axial tilt of this world is 38*56’36.91”.  The gravity on the poles is 19.557 meters per second, with the gravity on the equator being 18.647 meters per second, both of which are nearly double the gravity on the Earth. The circular / escape velocity is 9.44 miles per second and 13.34 miles per second. 
====Atmospherics====
The planet’s atmosphere has a height of 29.47 miles, with the tropopause height being 20527.11 feet, and the height of the homogeneous atmosphere is 12199.23 feet. The atmospheric pressure is 1.76 atm, with the air density being 2.605 kilograms per cubic meter, and the air temperature is 318.86 kelvin, (114..278 *F, or 45.71 *C.) The speed of sound here is 990.49 feet per second, with the exosphere temperature being 1458.3 kelvin, and the greenhouse effect is 4.773 kelvin. The average molar mass is 40.309, with the relative mass being 3.7658*10^-7, and the actual mass of the atmosphere is 2.6472*10^-6 M⨁. Carbon dioxide makes up 70.2% of the atmosphere, with Oxygen at 28%, Nitrogen at 1.04%, and Sulfur dioxide at 0.504%.
==== Orbitals====
The planet’s parent is a solitary star, with the orbital period is 1.256 years, and the semimajor axis is 1.32 AU. The pericentric distance is 1.22 AU, with the eccentricity is 0.078, and the inclination is -2*17’10.08”. The ascending node is 94*50’56.51”, with the argument of pericenter being 32*59’54.04”, and the mean anomaly is 191*22’52.57”. The longitude of pericenter is 127*50’50.55”, with the mean longitude being 319*13’43.13”, and the hill sphere radius is 1909680.43 miles. The influence sphere radius is 1419380.97 miles, and the roche limit for satellites is 11293.12 miles.
===Store===
====Internals====
The planet has a typical yet young internal structure. The core is a bit smaller than the Earth’s core, and it seems to be more based in nickel and its other siblings rather than iron. This molten core spins faster than the Earth’s core, and even though it is smaller in physical size, it is higher in mass and thus density, with the mass of the core being 1 - 2 times the mass of the Earth. Because the speed of this core is 1 quarter faster than the Earth’s core, and the high amount of mass / density, it generates a large magnetic field. This core has generated a magnetic field 2.4 times the strength of the Earth’s magnetic field, and this said magnetic field also flops poles way more often than the Earth. The mantle which this young core sits underneath is soft and very piercable. Undersea volcanoes regularly popup and cracks that are formed from even a little bit of tectonic separation open wide and long. This mantle is of course very active, with it generating new crust every time a gap opens up in only 1 - 2 decades. A crack in the 1980s was filled by the 1990s and this fault was around 3 miles in length and 0.59 miles in width, with the depth being 4+ miles. This internal structure is large, young, and active, typical of any planet with a bright future. 
====Hydrography====
The hydrography here is common to any young oceanic world. There are plenty of large scars from tectonic drift and separation, and while these scars get healed fast due to the very active mantle, new ones appear almost every 3 years, and these large cracks in the sea floor can reach sizes of 15 miles or more! And be 4 - 5 miles in thickness too! Because of how active the core is, and how active the young core is, many undersea volcanoes have popped up, some being very small, some not being volcanoes and rather just large hydrothermal vents (which are also very common on the seafloor here), and some being titanic size, dwarfing even Mt. Olympus on Mars, a serious feet indeed. Sometimes these volcanoes, especially the titans, can erupt with such force they change the very landscape of the seafloor, including the mountains, which also are very common here. Speaking of the mountains, the ones here are way taller than any surface mountains found on the Earth , with the average mountain range here being around the height of the Himalayas. This is of course due to the very active tectonic plate system which is very common on any young planet. 
==== Climate ====
The climate on this planet is warm, humid, claim, and dense. This steambath-like environment fosters regular rolling fogs which average a height of 13 miles, and a thickness of 29 miles. Besides these rolling fogs, there is nothing that explosive about the climate. Storms are rare here, thunderstorms are almost unheard of and heavy showers only happen anywhere on the planet every 3 months. The climate has only the strength to foster EF1 - EF2 level water spouts on any semi-regular basis. Summary, the text said at the beginning, but also added that the climate is weak when it comes to weather strength and regularity.
====Biosphere====
The biosphere here is very basic considering the age of this world. It is mostly made up of eukaryotes and prokaryotes, and most of these organisms are pretty small.by unicellular standards. Most of these organisms live deep down in the hydrothermal vents, the edges of volcanoes, or the edge areas of newly formed cracks filling with magma. This world’s LCA has most likely already formed and is already in its dying phases as a species.  Besides that the biosphere, both in uniqueness and physical size is pretty small. Except for one species of archaea. This unique species is massive type of prokaryote, around an inch in size, and it is also an extremophile, since it likes living in the very hot sections, or even directly in, of the planet. It seems to thrive in magma hot conditions.  It is only known as sometimes colonies of them can make thin black rafts on the surfaces of magma. 
===Gallery===
File:Hydrnozont-001.png
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===Moon system===
The planet has two warm selenas which orbit it, both being small and somewhat peppered with craters, and the planet has a small group of captured asteroids, most of which were from the primordial days of formation.
 	Brezona 	Geholibar
Image 	
File:Hydrnozont-011.png	
File:Hydrnozont-012.png
Class 	Warm selena 	Warm selena
Mass 	0.0015958 M⨁ 	0.0018995 M⨁
Diameter 	1109.63 Miles	1032.93 Miles
Orbital period	23h 29m 1.69s	46h 31m 31.98s
==== Star system====
The planet’s star system orbits around a solitary orange luminous supergiant. This star has 10 planets and 2 dwarf planets. The system has a hot ice giant acting as a comet world, and speaking of comets, this system has a pretty average yet spread out oort cloud. This is in addition to a large asteroid belt which occupies the 8th position away from the star. There are also 2 gas giants in the system.
====Star system gallery====
File:Hydrnozont-013.png
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Category:Procedural objects
Category:Life
Category:Objects
Category:Superoceaniae
Category:Oceaniae
Category:Alternative generation
Category:Real parent procedurals
Category:Planets