recursal/Fanatic-Fandom huggingface dataset:
Maxteatia

(*Yes I do alter ages of some planets that do not have realistic ages, I will not stop doing that, not all planets are not only a few million years old.*)

## General information

Maxteatia is a cool superjupiter that has a small exosystem of its own that was discovered on January 23, 2024. The planet orbits a binary of a white dwarf and a red dwarf. The planet has an observed count of 60 moons and an average temperature of 184.84 kelvin. The atmospheric composition of the planet is H2, HE, and CH4. The planet has an age of 7.21 billion years, the planet thus is 2 - 3 billion years older then the Earth. The planet is the sixth in its star system and has an orbital period of 18.092 years. The solar day of this world is 9 hours, 2 minutes, and 12.27 seconds. The planet is more similar than Nertyuai to the Earth, with the similarity being 0.391. The mass of the planet is 6.4497 M♃, six times that of Jupiter, but still smaller than that of Scarletetia. The planet has a radius 11 times that of the Earth's.

### Moons

Below is the moons of this planet. The planet has captured the farthest of the moons, but the rest of them was formed around it. There are 6 major moons that orbit this planet, 2 of them are gaseous, and the rest are regular lunar bodies, with one of them being only twice the mass of the moon's (Our moon).
Nolithon

A view of the pockmarked surface of the barren planet Nolithon. Not much else makes the planet significant.

## General

As the second planet from the parent star, Nolithon is an arid and uninteresting planet in totality. The surface of Nolithon is speckled with craters and large white areas of mineral deposits.

## Gallery

One of the many large craters marking Nolithon's surface.The pockmarked landscape of Nolithon.Nolithon with its parent star, Ela Piran B, in the background.
Heria

The planet Heria, with its large ocean and rings.

•Terrestrial

## General

Heria is home to living creatures, and many geographical features. It is the only habitable planet in its system, and experiences precipitation. Heria has a massive ocean and a "supercontinent". Both are on different sides of the planet. In the ocean, many volcanic islands exist, with the volcanoes being mainly dormant. There are some mountain ranges and dramatic river valleys throughout the landscape. However, much of Heria is a flat plain.

## Gallery

A mountainous river valley, with some foliage visible.A view of a nearby mountain island, just offshore.One of the numerous mountain islands.Another mountainous river valley, with the parent star Ela Piran B near the horizon.A view of most of Heria's features: a flat plain (along with some mountains).View of Heria's largest moon and the planet's rings from the summit of a volcanic ocean island.Full portrait of Heria.
Kepler-169 f

(Used Rodrigos Mod)

Kepler-169 f or KOI-505.05 is an real exoplanet orbiting the star Kepler-169(KOI-505), located about 1615.20 light-years (495.22 pc) away from Solar System in Space Engine (1326 light-years in real life). Its discovery was publicly announced on 2014. (Warm lacustrine megaferria)

### Interesting fact:

NASA's exoplanet catalog describes Kepler-169 f as a Neptune-like exoplanet that orbits a K-type star. Its mass is 7.18 Earths, it takes 87.1 days to complete one orbit of its star, and is 0.359 AU from its star.

Kepler-169 f(Rodrigos Mod)Kepler-169 f(Vanilla)Kepler-169 f in all its glory(Rodrigos Mod)Kepler-169 f from a different angle 1(Rodrigos Mod)Kepler-169 f from a different angle 2(Vanilla)Kepler-169 f surface map(Vanilla)Kepler-169 f surface map(Rodrigos Mod)
## Star System

Kepler-169(Rodrigos Mod)Kepler-169 b(Rodrigos Mod)Kepler-169 c(Rodrigos Mod)Kepler-169 d(Rodrigos Mod)Kepler-169 e(Rodrigos Mod)Kepler-169 f(Rodrigos Mod)
Kentula

(*Contribution notice*)

Kentula is the largest moon of Goliath, and was discovered on June 25th, 1987. The gas giant has an orange/tannish tint, and the planet is tidally locked to the parent gas mega giant that it orbits, with its orbital, and rotational periods both being 3 days. Kentula is the second moon of the 3 moonatiods, and is also the main gravitational influence besides the mega giant of the exo-system, and is the reason why Saneturd is still tectonically active with both Goliath, and Kentula tearing the planet between each other, and why Poseidon is still apart the exo-system. There is a theory that the gas giant had a ring system that fell apart when it came too close to Goliath, and then it rebounded to its orbit because of another, unknown moon that later crashed into Goliath.
Ferria

Ferria (also known as Iron planets) is a type of planet that contains more iron or nickel in its core, it requires above 50% of the planets composition, our Solar System's first planet Mercury is a good example. Most of the Iron planets are barely above the 50% requirement. By mass, iron ranks after hydrogen, helium, oxygen, carbon, and neon as the sixth most prevalent element in the universe as a whole.

Formation and Life possibility
A planet with more iron/nickel can make the planet more smaller and denser. They can be found more abundantly in white dwarf systems due to its mantle being stripped away from the powerful supernovae. Ferria planets can form due to another large celestial object stripping away its mantle, another way for Ferria planets to form is in massive stars, presumably the protoplanetary disk is rich in iron or nickel, or either orbits close to its parent star.
It is very unlikely that they will ever form a magnetic field or tectonic plates, making developing life on Ferrias or terraforming Ferrias much more difficult, this is because they cool down quickly subsequent to forming than Terras. Despite this, life on Ferria planets is possible (Ironically, most of the Ferrias are habitable worlds with life complexity equivalent to Earth's, don't ask why). In a geologic time scales, Iron planets with body of liquid water in the surface is thought to be unstable and may be replaced by other exotic volatiles such as iron carbonyl.
1. https://en.wikipedia.org/wiki/Iron\_planet
Megatremion

Megatremion is a space-port for multiple civilizations, life is fast-paced here - a day has only twelve hours

## Surface Conditions

### Atmosphere

* 95.6% CO2
* 3.03% O2
* 1.4% N2

## Additional Information

### Moons

* 1 main moon (Porphyr)
* 2 dwarf moons

## Images

Close-up of Megatremion's surfaceTransition between Megatremion's polar zones and the temperate zonesMegatremion and its moon, which orbits it in close proximityMountain chains on MegatremionView from the nearby selenaDesertic area with large plateausTwilight sky of Megatremion
Nevia

## General information

DR/2005/02/29.SYS-02/S05, more commonly known as Nevia is a temperate oceanic superferria that orbits a white dwarf that was discovered on February 29th, 2005. The world has no continents observed across its massive ocean, and interestingly enough, the ocean is entirely made of Carbon dioxide. The world is ringed, and there has been 8 observed moons. The planet orbits a white dwarf, it takes around 98 days for one orbit, its rotational period is 24 hours, and 12 minutes. The planet is 8 times more massive then the Earth, and the radius is almost twice the size of the Earth.
Large Magellanic Cloud

* 0.990
* 0.980

The **Large Magellanic Cloud** (**LMC**) is a satellite galaxy of the Milky Way. In version 0.990, the Large Magellanic Cloud galaxy has the code **8514**. At a distance of around 50 kiloparsecs (160 kly), the LMC is the second- or third-closest galaxy to the Milky Way, after the Sagittarius Dwarf Spheroidal (c. 16 kpc (52 kly) away) and the possible dwarf irregular galaxy called the Canis Major Overdensity. Based on the D25 isophote at the B-band (445 nm wavelength of light), the Large Magellanic Cloud is about 9.86 kpc (32.2 kly) across. It is roughly one-hundredth the mass of the Milky Way and is the fourth-largest galaxy in the Local Group, after the Andromeda Galaxy (M31), the Milky Way, and the Triangulum Galaxy (M33).

The LMC is classified as a Magellanic spiral. It contains a stellar bar that is geometrically off center, suggesting that it was a barred dwarf spiral galaxy before its spiral arms were disrupted, likely by tidal interactions from the Small Magellanic Cloud (SMC) and the Milky Way's gravity.

With a declination of about −70°, the LMC is visible as a faint "cloud" from the southern hemisphere of the Earth and from as far north as 20° N. It straddles the constellations Dorado and Mensa and has an apparent length of about 10° to the naked eye, 20 times the Moon's diameter, from dark sites away from light pollution.

The Milky Way and the LMC are predicted to merge in approximately 2.4 billion years.
Fort Duke

Fort Duke is a cold ice megagiant named after its northern cloud bands that have the color Duke Blue. It is located inside of the Small Magellanic cloud, and was discovered on November 18th, 2025. The gas gaint has some brilliant blue rings surrounding the planet, and it has 9 moons. The planet is estimated to be 7 billion years in age, though it can be way younger by a power, it being 7 million years.

The planet is part of Gaia expedition's extra teams, with it being the Fort Duke Superior team, 14 players, participates in recreational basketball, tallest player is 6ft 9in, and the basketball team takes part of the GAIA internal youth, and adult championships.
Niador

Niador or RS 8513-379-7-366507-156 3 - is the third planet from the star RS 8513-379-7-366507-156. The planet is a temperate marine terra. In appearance, Niador resembles El Dorado

## Surface Conditions

### Atmosphere

* 56.3% H20
* 24.6% N2
* 18.3% O2
* 0.67% CO2

## Additional Information

### Position in Star System

3rd

ESI: 0.918

## History

* 6.9 billion years ago, the planet formed from a disk of dust around a star at its very birth.
* ~4.7 billion years ago. Appearance of small lakes and seas on Niador
* ~4.1 billion years ago. The formation of unicellular life in the seas of the planet
* ~1.1 billion years ago. The emergence of multicellular life on the planet.
* ~900 million years ago. Flora and fauna comes out on land
* ~720 million years ago. The appearance of tropical forests on the planet, the planet becomes all green
* ~450 million years ago. A "path" has formed between the two largest seas, the development of marine and terrestrial fauna is even faster
* ~130 million years ago. An increase in the temperature of the planet in some areas. The planet is covered with numerous deserts. The water "path" between the two seas has dried up, and many marine species have become cut off from each other.
* ~70 million years ago. The fall of a meteorite on the surface of the planet. As it fell, it shattered into many pieces. The largest craters still remain on Niador
* Today - To the north and south of Niador are some hot/icy deserts. Closer to the equator and in temperate zones are steppes, plains and jungles

## Biosphere

The biosphere of the planet is a bit like the Earth. In the jungle, bird/squirrel-like climbing animals are highly developed. The plains are mostly inhabited by peaceful tall herbivores, they feed on the huge trees that only grow in the plains, due to the fact that there is not enough space for them in the jungle. In the deserts, small lizards are developed, which move very quickly. The two main oceans of the planet are inhabited by species similar to each other. After both oceans were separated from each other, the separated species went on their own evolutionary path.

Niador surface mapIce valleys of Mac-Iro at the south pole of NiadorDawn on NiadorJungle on NiadorSurface map of the planet with Rodrigos ModNiador with Rodrigos Mod
Kokino

The two worlds are further apart then what the original posts implies.

## Factoids

* Has a mass 4 times that of the Earth
* Is tidally locked to its binary partner.
* Has a yellow atmosphere.
* Has a few very small islands.
* Despite the mass, the planet has a diameter not that larger than the Earth.
* Name originates from Greek as the Latin Alphabet version of the Greek word for "red".
* Original Reddit image makes the "moon" and the planet look closer than they actually are.
* Its moon has more islands and a more yellow atmosphere.
* It is the main planet in a binary system with close orbits, but never close planets.
Gibos

## Overview

Gibos is the only and most massive gas minigiant orbiting Dimdim. It is frequently referred to as the "green planet" due to the top layer of ammonia-methane clouds. Near the equator, Gibos also has a storm known as the "Great Equatorial Light Spot." It is a series of storms that appear to be shorter in duration, developing and disappearing approximately every few decades or so on Gibos.

## Atmosphere

As Gibos is a gas giant, there isn't really a solid surface on it; instead, as you travel deeper, the atmosphere simply gradually transitions from a gaseous to a liquid to and in its core is a solid rocky core made of silicate and metal. Most of it is comprised of hydrogen and helium with a hint of methane and others. Large storms arise as a result of turbulence at the borders of belts and zones. Because there are no land to play havoc with the flow that generates storms, they can last for a few decades without disturbance, eventually the temperture is too cold to produce storms as Gibos ascend to apoapsis but storms large enough can survive for decades before dissipating.

### Belts and Zones

The colurful greenish belts and zones of Gibos' atmosphere are visible from space, however certain bands disappear and reappear over time. The chemical makeup and temperature variations of the atmospheric atmosphere are what give Jupiter its stripes or "bands." The zones, which are identified by the light-colored bands, represent areas where the gas is ascending. The black bands, often known as "belts," indicate where gas is descending.
Kadlu*

## General information

Kadlu, not to be confused with the solar system's asteroid Kadlu, is a temperate lacustrine terra with intelligent life. Organic multicellular life exists here, as well as marine and terrestrial life; the plants have the same pigmentation as on Earth, and it is visible from space. The planet is the third from its star, HIP 46843, with the world being tidally locked to its star with an orbital and rotational period of 85.706 days. The semimajor axis here is 0.35 AU, and the cloud system here, like most tidally locked worlds, is bound up rotating the "Central" pole, with tropical depressions being observed. The atmospheric pressure is 1.85 ATM, the temperature is 313.58 kelvin, and the composition of the atmosphere is N2, Oxygen (O2), H2O, and CO2. The oceans are salty here, and various fish species have been observed down there. Kadlu is observed to have large, lush plains all across this world, and several photographs have been taken of them, with the sky also being noted as being blue.

The sun is the dim dot in the center of the image.
Nevonus

This planet is the 3rd from its star (called RS 8513-463-6-196582-71 A). It's the 15 largest planet in it's binary system and the 17th with more mass. This planets has 6 tiny moons.

## Nevonus

(I added an image so people can see this planet. You can change this image later. So that it does not interfere, I called the photo by a different name)-Dragon
Mondalord

Several million years ago, Mondalord was a prosperous green planet similar to Earth that had a civilization. Unfortunately, a nuclear war on this moon completely destroyed the entire complex biosphere. All that was left from the nuclear war were huge craters. Nowadays, only extremophilic plants remain in the south and north of the continents, and the equator has turned into a scorched desert.

## Surface Conditions

### Atmosphere

* 95.9% CO2
* 3.93% O2
* 0.191% N2
Iovia

## General information

Iovia, sometimes referred to as Jupiter's long lost twin, is a frigid superjupiter that was discovered on February 3rd, 2012. The planet is 11 times the size of the Earth, with a mass of 8.7944 M♃, 8 times that of Jupiter. The planet has been observed to have rings, pretty large ones, though not dense, and one of its moons do have rings. The planet is the 8th in the HIP 8073 star system, with an orbital period of 56.405 years. The planet is known to have four major marine worlds orbiting it, each of which is larger than the Earth and one of which is a superearth. The gas giant, along with its four earths, is approximately 1 billion years younger than our planet. The average temperature here is 67.147 kelvin, with the atmospheric composition being H2 and HE.

The names of the 4 marine moons.

1. **Hijea**
2. **Avenbale**
3. **Deret**
4. **Varine**
Kossura

A relatively small desert planet with a substantial atmosphere composed almost entirely of oxygen. Despite the moderate temperatures its climate is very rough and sulphuric acid frequently rains down on the surface. Life exists on this planet, mainly in subterranean biomes, where it is protected from the elements.

## Surface Conditions

### Atmosphere

* 99.8% O2
* 0.205% SO2
Gonozal

Gonozal is a densely forested garden world with a land-water ratio of 70 to 30 percent. The Arkonids discovered it three centuries ago and they have been terraforming it since. The atmopsheric conditions are already quite similar to Arkon's, but the air is still not breathable for them. Many indigenous species have already died out because of this reckless process and have been replaced with Arkonian ones.

## Surface Conditions

### Atmosphere

* 71.4% CO2
* 27.7% O2
* 0.773% SO2
Ice worlds

An ice world is a type of planet whose surface is covered primarily by solidified volatiles. The global cryosphere that spans an ice planet's surface can be composed of water, methane, ammonia, carbon dioxide, carbon monoxide, and other volatiles. In the majority of cases the composition of an ice world's outer layer relates to its surface temperature:
* Methane is the main component if surface temperatures reach below 80K (-193 °C)
* CO2 and ammonia predominate at temperatures between 80K and 180K ( -93 °C)
* Water ice is the prevailing component at temperatures between 180K and 260K (-13 °C)

Habitability
Because of the low temperatures, the surface conditions of ice planets are hostile to life forms like those living on terrae. In some cases unicellular life can subsist on the surface, as microorganisms exhibit a much higher tolerance for extreme temperatures. Many ice worlds have subsurface oceans, warmed by internal heat or tidal forces from another nearby body. Liquid subsurface water provides habitable conditions for multicellular life. Subsurface plants relying on photosynthesis are extremely uncommon because there is no sunlight in these environments. Microorganisms can produce nutrients using specific chemicals (chemosynthesis) that provide food and energy for other organisms.

Morphology of the outer shell
The shell of many ice worlds exhibits cracks and streaks. These features are another result of the tidal forces that repeatedly knead the core, the subglacial oceans and the shell. Another typical trait are the *penitentes*, that are mainly found across the equatorial areas. These spiky ice blades protruding from the shell originate when direct overhead sunlight melts vertical cracks.
The shell of an ice world is often divided in several plates that converge and diverge in a process similar to plate tectonics. This process generates heat that additionally contributes to the increased temperatures found in the subglacial oceans. The tectonical activity of the surface leads to the gradual transformation of its morphology, which is the reason for the low amount of craters that can be found on most ice worlds.

      1. ↑ https://en.wikipedia.org/wiki/Volatiles
2. ↑ https://en.wikipedia.org/wiki/Ice\_planet
3. ↑ https://en.wikipedia.org/wiki/Europa\_(moon)
4. ↑ https://en.wikipedia.org/wiki/Penitente\_(snow\_formation)
Kauket

Kauket, a planet of the superterra class. The black hole at the center of the Osiris galaxy is visible in the lower left corner of the image.

## Surface Conditions

### Atmosphere

⦁ 55.2% CO2⦁ 35.6% H2O⦁ 7.33% N2⦁ 1.8% CO⦁ 552ppm SO2

## Planet Information

A superterra that sits unusually close to the center of its galaxy, as most stars near these regions are old and burned out, having consumed their orbiting satellites in the process. Kauket orbits Sah, an orange dwarf. Sah, together with it's yellow dwarf sibling Sopdet, make up the Sopdu binary system.

Kauket is tidally locked, bathing one half of it in everlasting daylight, while keeping the other eternally dark. A thin strip known as terminator zone or twilight zone separates the two. This region is bathed in perpetual twilight, leading to impressive displays of color due to light hitting Kauket's atmosphere at lower angles in these regions, combined with the chemical composition of Kauket's atmosphere - particularly its high content of water vapor.

The black hole acting as the center of gravity of the Osiris galaxy would be well visible within the twilight and night skies of this celestial body - if it weren't for the thick clouds in its dense atmosphere obscuring it most of the time.
Merroe

Portrait of Merroe (pronounced "Mer-oh-ee"), with its rings.

## General

Merroe is the fifth planet from its star, and is inhospitable to life. Merroe has a dry, frigid climate which produces at least a bare minimum of cloud cover. Most of the planet's surface is covered in mountain ranges, and craters. The planet has one sizeable moon out of its eight, with it being roughly 500 km in diameter.

## Gallery

Mountains of Merroe, with clouds near the horizon.A faint crater on the planet's surface.Mountain on Merroe.Full image of Merroe's rings.
List of object extremes

```
This page is under construction so don't expect much from it.

```

## Introduction

This is a list of object extremes in Space engine planetary database, it can be anything to moons, planets, stars, to star clusters, nebulas, and even galaxies. Here you can add anything to the list with the biggest to smallest, farthest to closest, etc.

### Rules

1. An object extreme must have its SE code displayed.
2. It will must be a procedural object.
3. It must have a image of that object extreme in 1:1 image ratio.
4. If you want to add an object extreme that is not discovered by you, credit the original discoverer.
5. You must add a cite that link to the original website if you want to add an object extreme that you found on the internet.

## List

### Object characteristics

1. ↑ https://www.reddit.com/r/spaceengine/comments/12i02fy/comment/jfubofb/?utm\_source=reddit&utm\_medium=web2x&context=3
2. https://www.reddit.com/r/spaceengine/comments/12niux6/super\_young\_red\_supergiant/
K2-18 b

K2-18 b is an real exoplanet orbiting the star red dwarf K2-18, located 124 light-years (38 pc) away from Earth. Its discovery was publicly announced on 2015. (Warm superoceanic superaquaria)

## Habitability

In September 2023, NASA announced that observations by the James Webb Space Telescope revealed the presence of methane, carbon dioxide, and possibly dimethyl sulphide (DMS) in the planet's atmosphere. The presence of DMS is a potential biosignature, as the bulk of the DMS in Earth's atmosphere is emitted from phytoplankton in marine environments, although further observation to confirm the presence of DMS and rule out a geological or chemical origin for the compound is required.

1. https://esawebb.org/media/archives/releases/sciencepapers/weic2321/weic2321a.pdf
Matlock

## General information

Matlock, sometimes called "Matlockotia,"  is a torrid Jupiter located in the Stellasia cluster. It is the fourth away from its parent star, a red giant. It has an orbital period of 1.125 years and an average temperature of 1283.2 Kelvin. The planet has an observed number of 59 moons. The composition of the planet is H2, HE, and CH4. The planet has an age of 4 billion years, making it as old as the Earth, though some say it is 2 billion years younger. The axial tilt of the planet is 97\*56'24.60". The planet has a solar day of 8 hours, 55 minutes, and 2.35 seconds. The semi-major axis of the planet is 2.36 AU. The earthly similarity is around 0.103. The mass is 0.759 M. The planet also has 11 times the Earth's radius.
GKH-10

Name in game: RS 0-6-115262-536-3588-6-16443-417 4

Discoverer: Minhkhifg

SE version: 0.980

Star spectrum: G5.3V

Class: Marine Terra

Diameter: 10845.11 km

Mass: 0.64566 M⨁

ESI: 0.948

Semimajoraxis: 0.79 AU

Orbital period: 249.156 days

Solar days: 17h 08m 53.51s

Age: 4.801×10⁹ years

Gravity: 0.89327 g

Atmo composition: CO₂,SO₂ , H₂O (formerly).N₂,O₂,Ar (after)

Atmo pressure: 0.731 atm

Temperature: 19.22℃

Moons: 4

Life: None (formerly).Organic multicellular (manine terrestrial) (after)

Colony: Minhkhifg communist state

Population: 5×10⁹

Information:

The colony has the most developed commercial centers in Minhkhifg

Map:
GKH-15

Name in game: RS 0-8-7376794-1231-0-6-147447-64 4

Discoverer: Minhkhifg

SE version: 0.980

Star spectrum: K8.9V

Type: Marine subTerra

Diameter: 6341.65 km

Mass: 0.11557 M⨁

ESI: 0.867

Semimajor axis: 0.26 AU

Orbital period: 64.576 days

Solar days: 96.864 days

Age: 9.62×10⁹ years

Gravity: 0.46761 g

Atmo composition: CO₂,SO₂ (formerly).O₂,N₂,Ar (after)

Atmo pressure: 0.358 atm

Temperature: 18.544℃

Moons: 2

Life: None (formerly).Organic multicellular (marine, terrestrial) (after)

Colony: Minhkhifg communist state

Population: 1.1×10⁹

Infromation:

Minhkhifg colony

Geography:
Melton

planet Melton (RS 0-2-35-1632-18175-8-11945687-68 A3) is an earth like planet that has marine and terrestrial life on it. Melton is 9,858,000,000 years old, the planet sits in galaxy "RG 0-2-35-1632" and orbits sun "RS 0-2-35-1632-18175-8-11945687-68 A." Planet Melton is a little smaller than earth with a diameter of 10,504 while earth has a diameter of 12,742. planet Melton has 6 moons and has an average temperature of -80 degrees Celsius.
New Hanoi

RS code: RS 8410-2-8-11982661-1204 B3

Star orbit: RS 8410-2-8-11982661-1204 B

SE : 0.972

Discoverer: minhkhifg

Nation colony: Vietnam

Star class: L3V Brown dwarf

Diameter: 7511.472 km

Mass: 0.19726

ESI: 0.817

Semimajor axis: 9038210.081 km

Orbital period: 23.433 days

Age: 4.978 Billion year

Gravity:0.5689 g

Temperate: -20.712 C

Atmo pressure:

0.45581 atm ( formely)

1 atm ( after )

Moon: 0

Life: none ( formerly)

organic multicellular (marine,terrestrial) ( after)

History

4.978 Billion years ago: The planet formed from the collapse of the protoplanetary disk

4.8 Billion years ago: the planet cools down

4.77 Billion years ago: planet under bombardment by comets in late bombardment

4.58 Billion year ago: The planet's temperature was only 38 degrees Celsius, the ancient ocean was formed

4.5 Billion year ago: The first supercontinent formed

4.3 Billion year ago: Comet 56 km in diameter collided causing a cataclysm to engulf half of the supercontinent

1 Billion year ago: The ocean shrinks to form lakes

200 Year ago: the first Vietnamese to set foot in

Nowadays: There are more than 560 million citizens living on it

Biosphere:

The planet has a fairly diverse biosphere with plant and animal species adapted to the dim light of brown dwarfs, and humans must wear hats that support light to travel.

Geography:

Because the planet is tidally locked, half is frozen, the other half is permanently illuminated

Human life:

Because on the illuminating side the heat is probably about 34 degrees Celsius, although the average temperature of the planet is -20,712 degrees Celsius, the other half has a temperature of -145 degrees Celsius, so humans get water from the ice on the dark side.

although it contains some frozen carbon dioxide, it is small enough to not harm humans, they built railroad tracks to transport ice to the cities. In addition, they think that under the ice there are metal deposits such as iron, gold, titanium, platinum or even uranium and thorium, so they constantly let the ship go under the ice about 20 km thick to explore. In the soil of this planet also contains aluminum oxide, iron oxide, copper oxide, so humans use electrolysis to separate metals. In addition, carbon and hydrocarbons are also found such as methane, propane should be used as fuel, carbon Also combined with iron to make steel. Nuclear fuel comes from Uranium, Thorium and water. The planet also contains some heavy and super-heavy water containing deuterium and tritium to mine for heavy amounts of nuclear fusion. Light hydrogen (protium) is widely used, although it requires a much higher synthesis temperature than deuterium and tritium, which is perhaps four times higher than the temperature required for the synthesis of deuterium and tritium. Light hydrogen is extracted from water taken from the ice, and the excess oxygen is used to create respirators for spaceflight. They also build spaceports and operate their own systems.
Mabedionia

## General information

Mebedionia is a cold Jupiter located inside the same system as Maxteatia, which was discovered on January 24, 2024. The planet has an observed count of 95 moons, a large amount in the solar system. The planet has an average temperature of 100.12 kelvin. The atmospheric composition of the planet is H2, HE, and CH4. The planet has an age of 7.2 billion years. The axial tilt of the planet is 3\*05'05.00". The solar day is 7 hours, 48 minutes, and 42.16 seconds. The planet has an orbital period of 123.576 years and a semimajor axis of 23.83 astronomical units. The earthlike similarity of the planet is 0.196, and the mass of the planet is 1.0178 M♃. The planet has a radius 10 times that of the Earth, and it has a large ring system. The solar day of the planet is 0.81 seconds slower than the rotational period.
Nubuktu

This ice world was well on its way into the journey of life, when a rogue star shot by its system, permanently altering the orbits of all celestial bodies orbiting it. Nubuktu was flung out of orbit; sent speeding away from the cluster it belonged to, resulting in its population slowly dying out. Soon enough, this planemo will pass through the nearby galaxy, before continuing its path towards the endless abyss of outer space.Note: Ambient increased to 0.30 so that this object could be viewed. Visiting with game ambient set to normal will result in the object being invisible against the blackness of space.
Grodomatola

3.88 ppm Ne

0.663 ppm Ar

0.471 ppm He

## About the Planet

It is the "next door" neighbor of Dekotoroda . Both planets are tidally locked, and host exotic life, but one of the main differences is that while Dekotoroda is a desert planet, Grodomatola has lakes on it's "day half". These lakes of liquid nitrogen, and trace amounts of carbon monoxide, have caused a drastically different evolutionary path. Despite this divergence, both planets being roughly the same age has allowed the life on both planets to synchronize, as in life developed on these planets at the same rate. They even discovered one another at the same time!

## Life on Grodomatola

Much like the gweerp, the machosa are a humanoid species that defies Earthly classification. They are a fishing species, preferring to stay near one of their home planet's multiple lakes. Like their neighbors, the species had developed a healthy curiosity of the cosmos, and it is with this the discovery of the century for their species was made!

## Correspondence with Dekotoroda

It wasn't long afterwards that the two species discovered one another. Luckily, for the both of them they were too enthralled by their findings to take up arms, why destroy such an important revelation after all! After deciphering both planet's most popular language, it took them no time at all to begin exchanging information. A good thing too, as they soon realized sending someone to the other planet without protective gear would be homicide because their atmospheres differed greatly in composition as well as local microbes that the other didn't evolve immunity, or even resistance to! This of course merely meant that such equipment needed to be made, and made it was!

## The Deko-Grodo Alliance

Once interplanetary travel was feasible, the two civilizations wasted no time exploring each other's worlds. A mixture of scientific expeditions and diplomatic visitations were the order of the day and soon, The Deko-Grodo Alliance was born. Together these species decided to pool their resources for the common good and took their first steps to being a powerful force in Medovia!

This planet's home galaxy is ***not*** int the main game. Here is the code for it:

Quasar "Medovia"

{

Type    "Irr"     // the Hubble type

RA       9999999999999999999999999999999999999999999 // right ascension

Dec      9999999999999999999999999999999999999999999 // declination

Dist     999999999 // distance from the Sun

Radius  52864   // radius

AbsMagn -21.5    // absolute magnitude

Quat    ( 0.9269889 0.2641924 0.03661448 0.2637298 )  // orientation quaternion

}
Lelanthos

Lelanthos is a Gas Giant and the 6th planet in the Surya System. The planet is slightly bigger than Jupiter, and also slightly more massive.

## Lelanthos

A gas giant with 2 habitable moons, and many stories

## Surface Conditions

### Atmosphere

* H2 93.3%
* He 6.26%

## Planet Information

Lelanthos is a very active planet, with storms all throughout its atmosphere and wind speeds reaching up to 1,200 mph. It gets its rusty color from the abundance of helium in its atmosphere, and Lelanthos is very similar to a lot of gas giants in the universe. The most noticeable feature of the planet is its great storm, which rages just below its southern equator, and its glorious auroras which can be seen from some of the planet's moons. The planet has a very powerful magnetic field, which protects 2 of its inner moons from solar radiation, although one of those moons itself has a magnetic field as well. Lelanthos has an inner iron core, with outer layers of compressed elements which superheat the core to temperatures of around 6000 °C, but in the outer layers of clouds some temperatures can range from 200 °C to -70 °C. The planet is 4.6 billion years old.

## Atmosphere

The planet's atmosphere is very thin, consisting of Hydrogen and Helium and small amounts of heavier elements, but due to the large size of the planet, its atmosphere is very active, causing storms which can be seen all around the clouds of Lelanthos. Due to the planets molten iron core, it generates a massive magnetic field which in term causes a large radiation belt around the planet. Lelanthos is also squished into more of an ovular shape due to the fast rotation of the world, only being around 9 hours. The pressure if you were to somehow be able to get into the planet's atmosphere would be around 1 million times stronger than the Earth's atmosphere, probably crushing you instantly.
Ghost of Jupiter

* 0.990
* 0.980

## Overview

The Ghost of Jupiter, also categorized as NGC 3242, is a planetary nebula situated in the constellation of Hydra, and its approximated distance to Earth in light-years is about 1399.21 light-years. NGC 3242 has an estimated diameter of about 1.82 light-years, although some estimates conclude that it is much higher or lower than that. The inner region of the Ghost of Jupiter has a young age of roughly 1,500 years, and the outer layers have a much older age of approximately 100,000 years.

## Naming origin

It got its name due to the appearance of a planet in our Solar System, Jupiter, which in modern-day observations, looks nothing like the planet Jupiter. This is due to early astronomers not having advanced telescopes as the technology in the past is limited to basic telescopes that produced blurry images that early astronomers misinterpreted as the planet Jupiter, and hence, the name stuck to the 21st century and likely will stay in the future. How the name originated is unknown, but it's probable that Robert Burnham coined the name "Ghost of Jupiter" to refer to this nebula.

## Observational history

The Ghost of Jupiter was discovered by German-British astronomer William Herschel on 7th of February, 1785, and categorized as H IV.27. Herschel described it as follows: ***“Beautiful, brilliant, planetary disk ill defined, but uniformly bright, the light of the colour Jupiter… 1′ in diameter”.*** In the 1830s, John Herschel observed the Ghost of Jupiter from a location on Earth called Cape of Good Hope, South Africa. John Herschel designated it as h 3248 and included it as GC 2102 in the 1864 General Catalogue. The Ghost of Jupiter is designated in the New General Catalogue as NGC 3242 by J.L.E. Dreyer. Over a century later, the diligent amateur Admiral William Smyth commented that this stunning object "resembles Jupiter from its size, equable light, and color."

## Amateur observation

The Ghost of Jupiter is best observed from January to March in the southern hemisphere. The nebulae is quite popular and can be easily seen in basic telescopes for amateur astronomers because it has a large apparent magnitude of about 0°04'29.25" and a bright apparent magnitude of 8ᵐ60.

## Gallery

1. ↑ 1.0 1.1 https://books.google.com.my/books?id=amPrWoOWgHcC&pg=PA128&redir\_esc=y#v=onepage&q&f=false
2. ↑ 2.0 2.1 2.2 https://oneminuteastronomer.com/1460/ghost-jupiter/
3. ↑ 3.0 3.1 http://spider.seds.org/spider/Misc/n3242.html
Nox Aeterna

The distance between this terra and Earth amounts to almost exactly 100 light-years. Its parent objects are a red dwarf and a white dwarf sorrounded by a large accretion disk. The red dwarf is so dim that the light of the other star easily dominates and tinges the whole system in a cold blue. Nox Aeterna orbits between two gas giants in the goldilocks zone of its system. Its orbital distance is roughly the same as Mercury's.

## Surface Conditions

### Atmosphere

* 67.7% CO2
* 21.1% N2
* 11.1% O2
Grand Maelstrom Galaxy

The Grand Maelstrom Galaxy

The Grand Maelstrom Galaxy, also known as Zdersaakanm's Spiral Galaxy, Bingo Galaxy, and Maelstrom Galaxy, is a Sb-type grand design spiral galaxy in the constellation Octans, with a distance of approximately 166.48 Mly from Earth. It is an awe-inspiring galaxy with two large pronounced spiral structure shaped like a maelstrom, hence its name, and with a small yellowish nucleus at the heart of the galaxy.

## Spiral arms

Star-filled areas known as spiral arms are seen in visibly in the Grand Maelstrom. They get their name from these long, dense, spiral-shaped sections that resemble spirals. The Grand Maelstrom Galaxy has two recognizable spiral arms dubbed Kalia Arm and Ramtrus Arm; there are also two minor spiral arms called Kalia-Ramtrus Bridge Arm and Siasus Spur.

   oh god why did i create this article
Naiad

## Overview

Formerly designated as S/1989 N 6, Naiad, also known as Neptune III is the innermost known Neptunian natural satellite and the 9th largest Neptunian moon in terms of size. It is likely formed by Triton gravitationally perturbed one of Neptune's original moons after being recently captured, causing the destruction of Neptune's previous major moons and the creation of smaller, second-generation moons and by one of them being Naiad. In the far future, Naiad will likely break up to produce a new planetary ring or disintegrates as it falls into the Neptunian atmosphere by the cause of tidal dissipation. The little moon got its name on 16th of September, 1991 and named after the Naiads in Greek mythology.

## Discovery

During the Voyager 2's stellar expedition of Neptune, It taken many images and by one of them included Naiad but it was later not discovered until in a middle of September, 1989, when the Voyager Imaging Team discovered the minor moon. The discovery of Naiad was publicized on 29th of September, 1989 and since Naiad is the last inner Neptunian moon to be discovered, it received a provisional designation S/1989 N 6.

## Physical characteristics

Naiad is probably made up out of small fragments from Neptune's former major moons. It is irregularly shaped due to its small size and has a diameter of 44.79 km. Its close proximity to its parent planet, Neptune means it is probably tidally locked to its planet with only one side facing Neptune and other facing away.

## Orbit

The orbit of Naiad is bizarre when compared to other inner moons of Neptune, while the eccentricity remains near zero, the inclination is at about 5°10'01.19", Naiad is also in a 73:69 orbital resonance with another small natural satellite, Thalassa, to Thalassa's point of view, Naiad seems to passes Thalassa orbital plane as it goes above and below twice in a cycle repeated when Naiad gains four laps on Thalassa or 21.5 Earth days, this peculiar resonance stabilizes the orbit of Naiad and Thalassa. This may because Naiad is kicked into a more inclined orbit with an interaction of Neptune's former moons, and later Naiad got captured into 73:69 orbital resonance with another small natural satellite, Thalassa.

## Gallery

Naiad and NeptuneNaiad, Thalassa and Despina (Naiad being left)
1. ↑ 1.0 1.1 https://www.sciencedirect.com/science/article/abs/pii/001910359290155Z?via%3Dihub
2. ↑ https://solarsystem.nasa.gov/moons/neptune-moons/naiad/in-depth/
3. ↑ http://www.cbat.eps.harvard.edu/iauc/05300/05347.html
4. ↑ http://www.cbat.eps.harvard.edu/iauc/04800/04867.html
5. ↑ https://www.nasa.gov/feature/jpl/nasa-finds-neptune-moons-locked-in-dance-of-avoidance
Junganis

General Information

Junganis is quite warm and is filled with complex life.

Junganis is the fourth planet in it's system. It is a tropical world teeming with life. This planet is around 9.7 billion years old - making it much older than Earth and it is also slightly bigger. However it took much longer for complex life to arrive. The planet is a not a welcoming one to Humans - the gravity is twice as strong, the atmospheric pressure is twice as weak, the average temperature is higher, the atmosphere is unbreathable, the days are extremely long etc. Despite having complex life - Junganis is quite different to Earth as the sky has a different colour and the planet has exclusive hot enviroments. You can also see the neighbouring planets in the sky

Climate, Conditions, & Biosphere

Junganis is a hot world; The average surface temperature ranges from 27C to 44C yearly. Much of the poles are covered in desert and shrubland much of it subtropical while the surface in the equator is covered in tropical forests and grassland. It takes 102 days for it to orbit it's orange dwarf star while a solar day is 305 days. There are only two seasons - the drier hotter season and the wetter cooler season. With the long days - many plants will be born at dawn and will die at nightfall, some animals will hibernate at night while others will become more active and dangerous.

Images
Hearth

Hope - 4.1: Hearth

Hearth is the only major moon of planet **Haven**, fourth planet of the **Hope System** in the **NGC 7083 Galaxy**. It is a temperate **selena** world. Hearth is an average, small **selena** world. It has a bumpy surface of small hills, mountains, craters, and canyons. The moon is almost made entirely of rock and dirt. As such, very few precious metals are located within it. Small pockets of iron are sparsely placed across it, coexisting with very tiny pockets of cadmium located there as well.

Originally, Hearth was the second major moon of Haven, second to the moon ***"Harmony."*** However, after the aforementioned moon entered within the planet's roche limit, it was torn apart and became the vast ***"Rings of Harmony"*** ring system around the planet today.
Freedomia

This Planet is the third planet in the solar system and is at least 10 billion years old

## Atmospherics

### Composition

N, O, H2O, CO2

Freedomia is a Small Planet that has tons of Life on it's Surface, It is 10 billion years old meaning that life has

had more than double the amount of time on this world to evolve and adapt. They have had many extinction level events but life has been able to adapt and pull through. Intelligent and advanced freedomians has existed for at least a billion years. They have existed for so long that there are now underwater sapiens called Hydro-Freedomians. The Freedomians had a population of 3.7 billion at it's peak on the planet (BUT LESS THAN 100,000 IN THE SEA) at least 500 million years ago, at the current time it has a population of 1.76 billion people on the land, and 265 million in the sea(This populations is still growing. These creatures care about there planet very much and only use Solar, Wind or Water as energy, although they are trying to use the planets around them for energy as well. Despite having existed for a billion years they are not yet a type 2 civilization, they are Type 1. As for the Biodiversity, as far as scientists know there are not any deserts AT all on the surface, the entire surface is either grassland forest or water, it is a very green planet. However there is only one area where some could say it is less green than the rest of the planet. There are a documented 16.76 million species on the surface of the planet. The Pure vast of Forests means there are only 1% of all species that have been discovered, even by conservative estimates there at least 80 million species of plants and animal still to be discovered, but there could be up to 135 million more.
Magellainca

(*There are a few planets in the help me list that are located in another galaxy that has the same model.*)

## Discovery information

### Discoverer

Gorez Geometry (1769)Cataloged by NIGSC (1972)

## Galactic properties

### Notable features

Clusterization of dust clouds near the central regions of the galaxy.

## Magellainca's information

This is a SBc galaxy, and it has a diameter of 326.16 kila-light years, with the estimated diameter being 358.74 kila-light years. The amount of stars in this galaxy is around 4.7 trillion stars. The galaxy was discovered in the 18th century, with the galaxy being cataloged in the New International Galactic Standardized Catalog (NIGSC) during the 1970s. The galaxy has 32,928 clusters, 3,328 globular clusters, and 29,600 open clusters. The galaxy has 13,742 nebulae. The luminosity of the galaxy is 8.804\*10^10. The galaxy seems to be filled by interstellar dust, and there seems to be brown clouds that filled in some gaps. There are not that many interesting features of this galaxy, it has a few small dust clouds near the center. The galaxy is 10.65 galactic light years away from the milky way galaxy, with the apparent size of the galaxy being 0\*00’06.31”. The apparent magnitude of the galaxy from the Earth is 20.00, with the absolute magnitude being -22.53. The declination of the galaxy from the Earth is -12\*25’40.23”, with the right ascension being 10 hours, 34 minutes, 11.93 seconds. The closest galaxy to the Magellainca galaxy is an elliptical galaxy, which is within a thousand light years, which is rare for galaxies to be that close. The diameter of the elliptical galaxy is 2189.65 light years.The dust clouds near the center of the galaxy are known as “The dust mites of Magellainca”, and they are not exactly a unique feature for galaxies.

### Other Designations

* NIGSC-010342
* NGC 8221
* DR/2006/03/19.GAL-02