recursal/Fanatic-Fandom huggingface dataset:
Nawaii

Name in game: RS 0-8-14695330-93-56-7-19863-1786 4

Discoverer: Minhkhifg

SE vesion: 0.980

Class: temperate terra with life

Diameter: 12602.56 km (0.98795 D earth)

Mass: 1.0639 M earth

ESI: 0.921

Semimajor axis: 1.00 AU

Orbital period: 360.304 days

Solar days: 37h32m14.47s

Age: 8.08 Billion years

Gravity: 1.09g

Atmo pressure: 5.91 atm

Atmo composition: CO2,O2

Life: organic multicellular ( marine, terrestrial)

Moon: 1

History:

8.08 Billion years ago: planet formed from the partial collapse of the protoplanetary disk, at that time the planet had a mass of 2.44 earth masses and a diameter of 15611 km

7.88 Billion years ago: collide with a planet and create a moon

7.7 Billion years ago: the planet cools down

7.3 Billion years ago: The ocean appeared

7.11 Billion years ago: The first unicellular life appeared

7 Billion years ago: the first continent appeared

5 Billion years ago: Colliding with a meteorite with a diameter of 88 km destroys 99% of life

4.7 Billion years ago: The first multicellular life appeared

4.2 Billion years ago: Oxidation period begins

4.18 Billion years ago: 98% of unicellular life and 88% of multicellular life have been strained

4 Billion years ago: The first ice age due to too high oxygen concentration led to the freezing of the planet and oxygen depletion

3.4 Billion years ago: first Ice Age is over

700 Million years ago: start bursting with life leading to stable oxygen

115 Million years ago: Collision with a 22 km diameter meteorite resulted in the destruction of 96% of life

7 Million years ago: Humans appear

3 Million years ago: The second and last ice age begins

1 Million years ago: The last ice age is over

100000 years ago: The Stone Age Begins

70000 years ago: Homo sapien sapien appeared

7000 years ago: The Bronze Age Begins

5500 years ago: Iron Age Begins

4000 years ago: The agricultural revolution begins

1400 years ago: industrial revolution begins

1200 years ago: The space age begins

500 years ago: Industrial Revolution 6.0 begins and

300 years ago: first came to know the earth through contact with humans of the same species on a planet in the solar system

Nowadays: the planet is in the union of mankind with highly developed industry and agriculture and their civilization has reached class II

Information:

planet very similar to earth with the dominant species being humans, humans in this world are slightly shorter due to gravity being slightly higher than earth, however they can breathe a mixture of CO2 and O2 in the atmosphere due to Their nose has the function of removing carbon from CO2 and is subject to pressure 5 times greater than the pressure of the earth's atmosphere.

Biomass:

According to data the planet's current population is about 5.7 billion people and has a total biomass of 500 billion tons of carbon

Geography:

planet with few continents, most of the population lives under underwater cities
Hippolytus

## General information

Hippolytus is a temperate megajupiter or superjupiter located in the Milky Way galaxy that is only smaller then Goliath by 1 jupiter, with the planet at 12.797 M♃. The planet has a large set of rings and seems to be smaller than its partner world. The planet has an age of 7 billion years, making it older than the Earth by 3–2 billion years. The planet has a distinctive purple color compared to the rest of the other planets in its system. The planet has 28 observed moons, none major. The day here is 7 hours, 14 minutes, and 26.96 seconds. The average temperature here is 284.13 kelvin. The atmospheric composition is H2, HE, and CH4. The planet has a diameter 10 times that of the Earth. The planet was also discovered on September 24, 1987.
Fenezula

(*No, I did not try mimicking Venezuela's name*.)

## General information

Fenezula is a frigid lacustrine supercarbonia located inside of the NGC 4889 galaxy that was discovered on December 22, 2023. The planet has a unique tone for the atmosphere and its oceans, with the atmospheric composition being N2 and CO. The planet has 3 moons orbiting it as well as a ring system. The ESI of this world is 0.264, surprisingly less earthly than some known superjupiters. The atmospheric pressure on this world is 6.07 ATM, with the average temperature here being 73.038 kelvin. The greenhouse temperature here is 2.8855 kelvin, however. The mass of this planet is five times that of the Earth. The orbital period of Fenezula is 78.518 years, and the rotational period is 11 hours, 4 minutes, and 8.39 seconds.
Ocuria

N2 14.6%

H2S 0.229%

Ocuria is a very young planet, only 350 million years old, and it is likely due to its young age that there is no life. This superoceanic world was originally a simple desert planet, but 325 million years ago, a water-rich planet the size of Mercury collided with it, bringing water to the planet. The vapor from the collision settled into ice before another planet caused Ocuria’s original orbit to migrate inward, and another encounter with that same planet 100 million years ago caused it to migrate outward to its present location. Rain then fell and formed the oceans, and the atmospheric pressure fell from 75 atm to 1.2 atm. Water vapor is still the primary component of the atmosphere.
OGLE-2005-BLG-390L b

OGLE-2005-BLG-390L b is a super-Earth exoplanet orbiting OGLE-2005-BLG-390L, a cool red dwarf 21,500 ± 3,300 light years from Earth near the center of the Milky Way. It exceeds Earth's mass by more than five times and it has a punishing surface gravity. Note: Space Engine lists this planet as terra with moderate temperature, but it is much more likely to be an ice world, since it is thought to have an average surface temperature of just 50 Kelvin.

## Discovery Information

### Discoverer

University of Warsaw - Optical Gravitational Lensing Experiment, 25 January 2006 (date of announcement)

## Surface Conditions

### Atmosphere

* 98.9% CO2
* 0.925% SO2
* 0.153% N2
Io

Io
--

## Overview

Io (Jupiter I) is the first of the Galilean moons by distance from Jupiter, and the fourth largest moon in the Solar system with a diameter of 3,642 km. It is the most geologically active object in the Solar System, with over 400 active volcanoes. Discovered in 1610 by Galileo Galilei, it was originally thought to be a single object with Europa, however it was determined on the following day that it is, in fact, a completely separate object.

## Surface Environment

Io's surface is composed of a wide variety sulfurous compounds, which make the surface look colorful. It lacks impact craters, which indicates that it's surface is geologically young, as volcanic materials constantly bury the craters that are made. The surface is mostly composed of plains, with infrequent mountains and lava flows. The colorful surface is mainly composed of silicates, sulfur and sulfur dioxide, mostly of volcanic origin.

## Internal structure

Io is the densest moon in the entire Solar system, with a density of 3.52 g/cm3. It contains a silicate-rich crust and mantle and an iron-rich core, which makes up around 20% of Io's total mass. The main source of volcanism on Io is tidal heating- it's gravitational interaction with Jupiter and the other Galilean moons.

## Atmosphere

Io has an extremely thin atmosphere consisting mainly of sulfur dioxide. This is mostly due to the fact that most of Io's atmosphere is stripped away by Jupiter's magnetosphere

## Orbit

Io is in a 2:1 mean-motion orbital resonance with Europa and a 4:1 mean-motion orbital resonance with Ganymede. This causes Io's orbital eccentricity, which in turn is the main heating source for geological activity.

## Exploration

The Pioneer spacecraft were the first ones to conduct any major examination of Io, determining it's approximate mass and suggesting that it has the hightest density of the Galilean satellites. They also produced the only good image of Io's surface. The Voyager spacecraft were the ones to detect it's colorful surface, along with it's volcanic activity. The Galileo spacecraft arrived in 1995, determining that Io has large iron core, observed a major eruption and confirmed that they are mostly composed of silicate magmas.

1. ↑ This article has been adapted from the Space Engine ingame wiki
Mars

Named after the Roman god of war, it is often referred to as the "Red Planet" because the iron oxide prevalent on its surface gives it a reddish appearance.

## Surface Conditions

### Atmosphere

* 96% CO2
* 1.93% Ar
* 1.89% N2
* 0.146% O2

## Additional Information

### Moons

2 dwarf moons:* Phobos
* Deimos

## Description

Mars is the fourth planet in the Solar system and the outermost of the terrestrial (rocky) planets. It has a thin carbon dioxide atmosphere which has slowly been escaping to space for billions of years and is too thin to significantly moderate the planet's climate. Enormous dust storms can grow to cover the entire world. The planet's moderate axial tilt and fairly eccentric orbit yield mild seasons in the north and extreme seasons in the south. Mars has the most Earth-like surface environment of any planet in the Solar system, with average temperatures in many locations comparable to Antarctica. Mars has extensive sheets of water-ice on and just below much of the surface, and small amounts of liquid water may occasionally flow in some locations. Mars shows evidence of having had a warmer and wetter past in which water flowed across much of the surface for extended periods. Some of these locations were good environments for life, though it is not known whether such life existed. The surface today, though cold and dry, boasts some of the largest geological features in the Solar system, including a 5000 km rift valley and canyon system, and a 22 km tall and 600 km wide volcano.

1. ↑ This article has been adapted from Space Engine's ingame wiki

## Images

View of Mars from afarMars' crescentThe *Argyre Planitia*The *Valles Marineris*Another view of the *Argyre Planitia*The *Planum Australe*Olympus Mons, the biggest mountain in the Sol System
Junipero

500 millions of years ago this desert planet was hit by a cataclysmic meteoric bombardment. The enormous heat generated by the impacts melted the water ice reserves of this world and for a short period large amounts of liquid water existed on the planet's surface. The water filled the impact craters and then froze again as soon as the temperatures began to fall below 250 K again.

## Surface Conditions

### Atmosphere

* 99.1% CO2
* 0.669% Ar
* 0.117% Ne
* 0.117% O2

## Additional Information

### Moons

* 3 main moons
* 17 dwarf moons
Kedale

Kedale or RS 8513-2966-8-5453158-63 10 - is the tenth planet from the star RS 8513-2966-8-5453158-63. The planet is a temperate marine super-Ferria. The researchers called this planet "The Blue Planet".

ESI: 0.825

## Surface Conditions

### Atmosphere

* 91.6% CO2
* 7.73% N2
* 0.642% O2

## History

* The planet formed 3.6 billion years ago, from the remains of other planets that were destroyed during the evolution of a red giant (Star RS 8513-2966-8-5453158-63 A), which later became a white dwarf. Most likely, its satellite subferria also formed along with Kedale.
* ~2.9 billion years ago. The planet has cooled, and oceans have appeared on the surface
* ~2.7 billion years ago. First Evidence of Single-Celled Life on Kedale
* ~400 million years ago. The emergence of multicellular life
* ~230 million years ago. The first animals begin to explore the land of the planet
* ~95 million years ago. Emergence of two large supercontinents. Zagor and Fir. Zagor was in the north, and Fir in the south of the planet
* Today - Most of the history of the planet has not yet come. Kedale is experiencing a calm era that allows the nature of the planet to develop for a long time.

## Biosphere

The flora and fauna of the planet has many species, but they all have similarities with each other. The fauna is slow and calm, to some extent even friendly. Flora is blue. The terrain of the planet is mostly covered by hills and deserts.

## "The Blue Planet"

Kedale has been called "The Blue Planet" by many explorers. The star, water, atmosphere and flora combine to make the planet very blue.

Kedale surface mapKedale with Rodrigos ModSurface map of the planet with Rodrigos Mod
Oceania

During planet formation it occurs that icy planets move inward (i.e., toward the star) as they form. Inward migration presents the possibility that they move to orbits where their ice melts into liquid form, turning them into ocean planets. In some oceaniae more than 10% of the total planetary mass is water. These planets have oceans hundreds of kilometres deep. Their abyssal depths are so deep and dense that even at high temperatures the pressure turns the water into ice. The immense pressures in the lower regions of these oceans lead to the formation of a mantle of exotic forms of ice. This ice is not necessarily as cold as conventional ice. If the planet is close enough to its star that the water reaches its boiling point, the water becomes supercritical and lacks a well-defined surface. Even on cooler water-dominated planets, the atmosphere can be much thicker than that of Earth, and composed largely of water vapor, producing a very strong greenhouse effect. Such planets have to be small enough not to be able to retain a thick envelope of hydrogen and helium, otherwise they would form a warmer version of an ice giant instead, like Uranus and Neptune.
Smaller ocean planets have less dense atmospheres and lower gravity; thus, liquid can evaporate much more easily than on more massive ocean planets. Such planets have higher waves than their more massive counterparts due to their lower gravity.

1. ↑ https://en.wikipedia.org/wiki/Ocean\_planet
Gramen

Gramen as seen from outerspace, with Gagantem and Luna in the background

Gramen, known in SE as RS 0-3-100-353-17097-7-505466-68 2.2, is a moon of the gas giant or sub-brown dwarf Gagantem, and is a tropical Earth-like world with a thick atmosphere, though it might be more similar to the moon Kodu than Earth. The moon is named after the Latin word "gramen", meaning grass, implying that the moon is "grass-like" with only one ocean covering its surface, which it actually is.

## Description

Gramen is almost like a hotter version of Kodu, with temperatures ranging from 38 degrees Celsius to 50 degrees Celsius. It has a thick atmosphere, having about 10.7x the atmospheric pressure on sea level compared to Earth. Gramen orbits Gagantem at a distance of 613880 km, meaning it is well within the Van Allen radiation belts of Gagantem, and so protects itself from the radiation of Gagantem through its magnetic field and thick atmosphere. A consequence of this are increased greenhouse gases, however, and so therefore result in hot temperatures as said above. Gramen only has one large ocean covering it's surface, as said above again, and this is probably because of the increased greenhouse effect, which probably boiled some of the earlier large oceans on Gramen.
NGC 6384

*(This is used to catalogue star systems, nebulae, and clusters)*

## Galaxy Information

NGC 6384 is a barred spiral galaxy, located 60 million light years from the Milky Way. It was discovered in 1863 by Albert Marth and was put in the NGC Catalogue of galaxies. It is 108 kly in diameter and has over 130 billion times the mass of our sun. The approximate diameter is 110 kly, and is 35 kly in height. The galaxy shines with the luminosity of 9.6 billion suns. This luminosity is a combined effort of the 130 billion stars and the massive central black hole at the core of this galaxy. Along with these 130 billion stars, there are around 12422 nebulae, (300 are diffuse nebulae, 11938 are planetary nebulae, and just 139 are supernova remnants). There are also around 8601 clusters, with 93 of them being globular clusters, and 8501 being open clusters. located about 77 million light-years away in the northern part of the constellation Ophiuchus. It has a morphological classification of SAB bc, indicating that it is a weakly barred galaxy with an inner ring structure orbiting the bar, and moderate to loosely wound spiral arms. The galaxy is inclined by an angle of 47° to the line of sight, along a position angle of 40°.

At one time NGC 6384 was considered a normal galaxy with no activity in the nucleus. However, it is now classified as a transition object, which is thought to be a LINER-type galaxy whose emission-line spectra is contaminated by H II regions in the nucleus. The galaxy also hosts a numerous amount of star systems, with their estimated being over one trillion planets orbiting stars. This galaxy could be a heaven for Life and could even host a galactic empire.

## Discoveries

Anyone can add discoveries discovered within this galaxy.
Ipirius

Seemingly a desert world, Ipirius does in fact have liquid water on its surface.

## Surface Conditions

### Atmosphere

•63.2% N2
```
•28.6% O2
```

```
•5.62% H2O
```

```
•2.57% CO2
```

## Additional Information

### Life

Yes; organic multicellular
```
•Marine
```

```
•Terrestrial
```

## General

Ipirius is a warm, semi-arid planet with some amounts of liquid water. However, because of the great lack of vegetation (and large expanses of desert), Ipirius is considered a desert world. Simply because the planet carries this title doesn't mean that it remains uninteresting. Life is native to this planet, in the form of aquatic creatures and those that dwell on land. They make out a decent existence, given what the desolate terrain is.

Most land features on Ipirius range from mountains to vast desert plains. Rivers crisscross the surface of the planet, but despite the water, there are no oceans or lakes. River canyons also can mark the landscape periodically. As a last statement, the planet also has rings and eight small dwarf moons.

## Gallery

A hilly region on the planet's surface.A river valley with sandy banks.An interesting water feature; perhaps this is a river.Mountain ranges on the surface of Ipirius.The planet Ipirius with rings visible.
Hiondervenia

## General information

Hiondervenia is a cool superjupiter that was discovered on December 9th, 2023, near the Orion nebula. The planet has an observed count of 36 moons. The average temperature here in the clouds, I guess, is estimated to be around the 198 kelvin range. The atmospheric composition of the planet is H2 and HE. The planet has an age of 9.4 billion years, making it an old world. The solar day on the planet is 8 hours, 50 minutes, and 51.53 seconds. The planet has an orbital period of 31 years, or 31.216 years if you want to be precise. The planet is observed to have a mini exosystem around it and also a large ring system to boot, with the size of this ring system being 65,083.52 miles in size, though the rings do extend a bit further. The mass of the planet is 5.4742 M♃, 5 times that of Jupiter, not that large in comparison to other planets of its qualities. The planet also has a diameter 11.918 times that of the Earth.

### Moons

Hiondervenia has 5 moons major moons orbiting it.
Meytta

## General information

DR/2018/03/24.SYS-02/S06, more commonly known as Meytta (pronounced May-et-a), is a temperate superjupiter that is observed to have a large set of rings. There have been 75 moons observed orbiting this superjupiter. The planet is the sixth in its star system; it orbits a binary system of an orange (giant?) and a black hole with an orbital period of 793 years, almost 800. The average temperature of this superjupiter was estimated to be 281–282 Kelvin, and in 2019, it was determined to be 281.02 Kelvin. The Earth similarity of this superjupiter is 0.521. The atmospheric composition of this gas giant is H2, HE, and CH4. The mass of this superjupiter is three times that of Jupiter, at a mass of 3.2878 M♃. The rotational period of this planet is 9 hours, 3 minutes, and 45.55 seconds.
New Nineveh

New Nineveh or RS 1236-2287-7-1506042-76 B4 - is the fourth planet from the star RS 1236-2287-7-1506042-76 B. The planet is a temperate marine ferria is in tidal locking

## Surface Conditions

### Atmosphere

* 53.6% O2
* 25.1% H2O
* 20.3% N2
* 0.486% CO2
* 0.445% SO2

## Additional Information

### Position in Star System

4th

ESI: 0.851

## History

* New Nineveh formed 6.7 billion years ago in a triple system.
* ~6.3 billion years ago. The planet cooled down and oceans appeared on it
* ~4.8 billion years ago. Emergence of unicellular life
* ~1.6 billion years ago. The emergence of multicellular life on the planet
* ~900 million years ago. The first complex organisms came to land
* ~480 million years ago. Flora covers all continents. It becomes black/dark purple.
* ~250 million years ago. The fall of one of the satellites with a diameter of 17 kilometers to the surface of the planet, mass extinction.
* Today: Life on the planet is developing rapidly. The planet has many islands and several large divided continents. The relief of the planet is different. Flora covers almost the entire surface, with the exception of small deserts.

## Biosphere

The terrestrial fauna of the planet is higher than the species from the Earth. Animals are much more numerous, forests are literally overflowing with them. Beings on this planet are very active and energetic due to the oxygen that is saturated in New Nineveh's atmosphere. On the reverse side of the planet live quite active predators who hardly sleep. The reverse side is also illuminated by another star - 1236-2287-7-1506042-76 A. There are a huge number of forests, jungles and other biomes on the planet, the temperature difference in different zones can be high. Flora is black and dark purple. Thanks to the color of the flora, the blue atmosphere (due to oxygen) and the water, New Nineveh looks quite unusual and exotic-beautiful.

New Nineveh(Vanilla)New Nineveh(Rodrigos Mod)New Nineveh in all its glory(Rodrigos Mod)Beautiful image of the close New Nineveh and star RS 1236-2287-7-1506042-76 B(Rodrigos Mod)Sunset on New Nineveh(Rodrigos Mod)The opposite side of the planet. The image shows an active Ko volcano.(Vanilla)Beautiful view of the mountains 1(Rodrigos Mod)Two stars of the system are captured on the landscape at once(Rodrigos Mod)Beautiful view of the mountains 2(Vanilla)Huge island-volcano Chilar. It appears to be active.(Rodrigos Mod)Coast and mountains.(Vanilla)In the picture you can see in detail the flora of New Nineveh(Vanilla)New Nineveh surface map(Vanilla)New Nineveh surface map(Rodrigos Mod)
Izara

Izara orbits two red dwarf stars. Due to the low luminosity of the stars, the plants on the planet turned purple, based on retinal. Harsh conditions have led to the fact that almost nothing living lives in the north and south of the planet. All flora is concentrated at the equator. There are no complex animals on the planet due to the low oxygen content in the atmosphere.

## Surface Conditions

### Atmosphere

* 73.2% CO2
* 23.6% N2
* 3.16% O2
Hifiga Galaxy

A small regular elliptical galaxy, nothing to note of here.

## Hifiga Galaxy's information

### Technical information

This is an E4 galaxy that has a diameter of just 2863.70  light years, with the absolute magnitude of this small dwarf being -16.08m, and the luminosity of the galaxy is 2.3127\*10^8. The number of stars in this galaxy is around ~26 million, fitting for such a small galaxy, with there being only one cluster, the central galactic cluster, there are also no nebulae here. The distance to the Earth is 3.04 Galactic light years, with the declination from the Earth being 2\*38’26.98”. From Earth the apparent magnitude is 23.73m, with the apparent size being 0\*00’00.19”, and the right ascension is 10h 1m 46.57s. That is pretty much it for all the nerd stuff.

### Infolore

This galaxy is a small one, comprising only 26 million stars. It orbits its parent, the Ambrosia galaxy, which is a much larger galaxy visible as a large purple smudge across a small to medium-sized portion of the sky to all the planets in this galaxy. The galaxy, along with the Ambrosia galaxy, was discovered in 1989 by the Calculative Assessments survey. It might have also been independently discovered by an anonymous French astronomer, although their description of the galaxy was considerably less detailed. They sketched it as an oval with a smaller oval inside of it and a few dots in between. The astronomer described the galaxy as unremarkable, likely just some nebulae in our galaxy, but it turned out to be something more. This galaxy's only claim to fame is Caldecia, a gas giant with three terrestrial planets that could potentially support life due to accidental comet-derived panspermia. As a result, this galaxy serves as an example of why one should never underestimate even the smallest of galaxies, as they may contain hidden treasures like Caldecia. Unfortunately, this is its only claim to fame; it doesn't even have its own book dedicated to it.

### Gallery

The night sky here without the Ambrosia Galaxy, some say that this is what our sky will look like once Milkdromeda forms.The Ambrosia galaxy and the Hifiga galaxy
Maretloik

## General information

DR/2007/05/06.SYS-03/S01 is a torrid ice megagiant located inside of the E 1, also known as AM 1, globular star cluster. This world is technically intergalactic, its nights are incredible with stars and plenty of distant galaxies. The world is the 1st in its star system, and is in a binary star system of two blue main sequence, its temperature is 2935.6 Kelvin. The megagiant is 12 times larger then the Earth when it comes to radius. The atmospheric composition of this world is HE, CH4, C8H18, C2H2, and C3H8. There are 26 moons observed around this megagiant. This world's orbital period is 147.950 days, and the rotational period is 15 hours, 49 minutes, and 52.96 seconds.
Guidelines

Welcome to the Space Engine Planetary Database.

Here are some simple rules and suggestions for creating new articles and uploading content.

## Uploading Images

If you want to create an article about a planet a "portrait" image should be included as a main reference. The main image depicting the planet should have approximately a 1:1 height and width ratio and the planet should be centered. Also a big portion of the planet should be visible: think of it as a passport photograph

A planet portrait should look like thisDepicting a planet like this makes it more difficult to recognizeIf you have beautiful screenshots of the planet and its moon(s) of course you can include them in inside the description or after the description.

During the uploading process the portrait image should be named [name of planet]-main.jpg

Other image types are allowed such as (.png and WebP) if they are supported by Fandom. Single frame Gifs are not allowed though.

Any additional image should be named

[name of planet]-000.jpg

[name of planet]-001.jpg

[name of planet]-002.jpg

...and so on

if needed, the images could also be named with the mod being used with the image. Note that if your page is archived, the older guidelines will be used and the mod specification will be gone.

This method of naming files will make it very easy to edit articles in the source code without knowing the names of the files to include.

Example: this image should be named "Moguast-main.jpg"Example: This image should be named "Moguast-000.jpg"
## Creating planet infoboxes

Every article describing a planet should contain at least an infobox with basic information.

The RS code of the planet and the version number are mandatory, as the main purpose of the database is to allow users of Space Engine to visit the planets themselves.

You can ease the transcription of RS codes by just exporting your whole local database of discovered celestial bodies into a text file.

To create an infobox just use the custom template SE\_Planet

I hope that these rules will be easy to understand and follow and that you will have a happy time creating, editing and reading the articles of this wiki!
Hygiea

Hygiea is an asteriod, located in the asteriod belt.

Hygiea is a new dwarf planet between Mars and Jupiter in the Asteroid Belt with very little craters and a unknown hystory.

Hygiea orignaly was discovered on April 12, 1849

but just set aside as another asteroid in the Asteroid Belt

but on October 28, 2019 Hygiea got it's first picture taken and was set from Asteroid Status to Dwarf Planet.
Manatee Nebula

## Overview

Manatee Nebula (also known as W50 or SNR G039.7-02.0) is a supernova remnant nebula situated in the equatorial constellation of Aquila and about 16.01 kilolight-years from Earth. It has a large apparent size of 0°15'01.98" as seen from the Solar System's vantage point, meaning it can span about four full Moons. Due to its looks, the nebulae is named after an endangered aquatic mammal called the Florida manatee. In its center lies an X-ray binary system called SS 433. Approximately 20,000 years ago, a massive star experienced a supernova explosion, which sent its outer gases shooting outward into a rapidly growing bubble. The growing gases of the W50 bubble were eventually penetrated by the SS 433's jets, which eventually caused bulges to appear on each side. Along with their precession, the jets also create striking corkscrew patterns on the expanding bulges. The surviving, gravitationally squashed remnant of that massive star, which is probably a black hole, sucks up material from another nearby partner star. The Westerhout Catalog, published in 1958 by Dutch astronomer Gart Westerhout, designated the Manatee Nebula as Westerhout 50, or W50 for short, for the 50th radio source, offering it a less symbolic name.

1. ↑ https://www.nrao.edu/pr/2013/w50/
Hilky way

Name in game: RG 0-7-1385733-1460

Discoverer: Minhkhifg

SE: 0.980

Diameter: 81.6 kly

Class: SBa

Luminosity: 4.6945 billion L sun

Number stars: 58 Billion

Number nebulae: 2856

Number clusters: 637

Blackhole: RSC 0-7-1385733-1460-27-0-0-0 S\*

Mass: 8.1985 Million Mass solar

Age: 12.87 Billion years

Diameter: 0.32 AU

Accretion disk:

Luminosity: 1.2302 Million L sun

Diameter: 65.21 AU

Temperature: 4875.2 C

Nebulae: Zezena nebulae, Farine nebulae

Star: Mungbilium.
Miranda

**Miranda**, also designated **Uranus V**, is the smallest and innermost of Uranus's five round satellites. It was discovered by Gerard Kuiper on 16 February 1948 at McDonald Observatory in Texas, and named after Miranda from William Shakespeare's play *The Tempest*. Like the other large moons of Uranus, Miranda orbits close to its planet's equatorial plane. Because Uranus orbits the Sun on its side, Miranda's orbit is perpendicular to the ecliptic and shares Uranus' extreme seasonal cycle.

At just 470 km in diameter, Miranda is one of the smallest closely observed objects in the Solar System that might be in hydrostatic equilibrium (spherical under its own gravity). The only close-up images of Miranda are from the *Voyager 2* probe, which made observations of Miranda during its Uranus flyby in January 1986. During the flyby, Miranda's southern hemisphere pointed towards the Sun, so only that part was studied.

Miranda probably formed from an accretion disc that surrounded the planet shortly after its formation, and, like other large moons, it is likely differentiated, with an inner core of rock surrounded by a mantle of ice. Miranda has one of the most extreme and varied topographies of any object in the Solar System, including Verona Rupes, a 20-kilometer-high scarp that is the highest cliff in the Solar System, and chevron-shaped tectonic features called *coronae*. The origin and evolution of this varied geology, the most of any Uranian satellite, are still not fully understood, and multiple hypotheses exist regarding Miranda's evolution.

(Date format - DD-MM-YYYY)
GKH-13

Name in game: RS 0-6-115262-536-2267-5-32746-38 A4.3

Discoverer: Minhkhifg

SE version: 0.980

Class: Marine terra

Type: Moon

Star spectrum: F0.7V

Diameter: 15030.54 km

Mass: 0.94693 M⨁

ESI: 0.83

Semimajor axis: 820451.56 km

Orbital period: 6.475 days

Solar days: 6.499 days

Age: 167.724×10⁶ years

Gravity: 0.68399 g

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

Atmo pressure: 26.5 atm

Temperature: -15.969℃

Life: None (formerly) Organic Multicellular (marine, terrestrial)

Colony: Minhkhifg communist state

Population: 8.8×10⁹

Information:

Minhkhifg colony

Map:
Miyada

## Overview

Miyada (Humergan VI, RS 0-3-283-370-21942-6-12145-678 6) is a young gas giant in Humergan System. This planet is in an elliptical outer orbit which is about 35-41 AU far away from the barycenter.

Miyada has 6 larger moons and 8 minor moons orbiting it. The sixth major moon contains life.

## Gallery

Miyada and Miyada IMiyada and Miyada IIOrbit of Miyada in Humergan SystemHumergan System chart
Noccilia

Noccilia (also known as HSS-B2) is temperate terra located in the triple star system known as the Hoi star system and in the Voz galaxy, Noccilia is 1 of 2 planets that orbit HSS-B, Noccilia has a Human population of 446 million. 8 years ago, Noccilia was ranked 196 for 500 best planets under 5000 to live on. Noccilia's most popular sport is baseball and it has a team that plays in it's galaxy's major league, there team name is The Noccilia Droids. The capital of Noccillia is **Ezlego,** with a population of 202 million.

the surface map of Noccilia with cites & other placesNoccilia and its star system the Hoi star systemFront view of NocciliaSide view of Noccilia with the Hoi star system.The surface of NocciliaThe Hoi star system from the surface of Noccilia.
WelcomeTale

\***L'AU dont parle cet article possède une histoire complétée à 100%.**

\***La réponse est que l'on part faire des recherches dangereuses.**
Il y a peu d'informations sur la page de cet AU. Afin de compenser ce manque d'informations veuillez chercher les informations sur Internet.

## Créateurs

### Créateur

Hopelessromantic721

**WelcomeTale** est un au centré sur le ship entre Gaster et Toriel. Cet au se passe pendant l'enfance de Sans et Papyrus. Gaster et ses enfants sont accueillis par Toriel après que leur maison et le laboratoire ont brulés dans un incendie. L'au semble se passer avant l'arrivé de Chara.

## Personnages

### Personnages Undertale

#### Gaster

Dans cet au Gaster est le père de Sans et Papyrus, il n'est pas précisé si ils sont ses enfants biologiques ou créés artificiellement. Il est amoureux de Toriel chez qui il est allé vivre chez cette dernière après que sa maison ai brulé. Il emprunte le pull d'Asgore.

#### Toriel

Toriel a accueilli Gaster et sa famille après que leur maison ai brulée. Elle ne semble pas consciente du fait que Gaster soit amoureux d'elle. Asgore et Asriel ne sont pas là mais occupés à s'occuper du royaume. Elle demande à Gaster de l'appeler par son prénom.

#### Sans

Sans semble être (à l'instar de son père) attiré par Toriel.

## Histoire

**ATTENTION**! L'histoire est en anglais.

* 1-10

* Page 1
* Page 2
* Page 3
* Page 4
* Page 5
* Page 6
* Page 7
* Page 8
* Page 9
* Page 10

## Trivia

* L'auteur de cet au adore le Friskiel (Frisk x Asriel) et apprécie le Soriel (Sans x Toriel) et l'Asriel x Toriel.
MG-3Ae

Name in game: RS 0-9-59127695-475-0-4-1859-156 A4

Discoverer: Minhkhifg

SE version: 0.980

Star spectrum: A: G0.2 V, B: K7.2 V

Class: Marine Terra

Diameter: 12482.41 km

Mass: 1.0302 M🌍

ESI: 0.982

Semimajor axis: 1.19 AU

Orbital period: 1.167 years

Solar days: 14h 50m 27.62s

Age: 431.015 Myr (Million years)

Gravity: 1.0759 g

Atmo composition: CH4,CO2,H2S,SO2,NH3 (formerly).N2,O2,Ar (after)

Atmo pressure: 1.36 atm

Temperature: 13.132 C

Moons: 8 ( 2 large moon)

Life: None (formerly).Organic Multicellular ( Marine, terrestrial )

Colony: Minhkhifg Communist State

Population: 6 billion

Habitability: Supergood ( 98.3 %)

The amount of light the planet receives: 1.3984

Information:

One of the most earth-like planets, an important colony of Minhkhifg

Map:
MG-2Be

Name in game: RS 0-9-59127695-475-0-4-1948-308 B4

Discoverer: Minhkhifg

SE version: 0.980

Star spectrum: A: G4.3 V, B: K4.4 V

Type: marine Superterra

Diameter: 22867.42 km

Mass: 5.543 M🌍

ESI: 0.879

Semimajor axis: 0.41 AU

Orbital period: 114.01 days

Solar days: 14h 30m 36.34s

Age: 1.024 Byr

Gravity: 1.7249 g

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

Atmo presure: 4.37 atm

Temperature: 6.1038 C

Moons: 4

Life: None (formerly).Organic Multicellular (Marine, terrestrial )

Colony: Minhkhifg Communist State

Population: 11 Billion

Habitability: Supergood (95.6%)

The amount of light the planet receives: 1.1457

Information:

As one of the important colonies of MinhKhifg, this is the second largest place after the capital

Map
HD 100546 B

* 0.990
* 0.980

## HD 100546 B's information

HD 100546 B is the largest real exoplanet in terms of radius that has been discovered to date. The planet is on the younger side of things with it being in the planet formation phase of a planetary life cycle. The gas giant is so large its 7 times the radius of Jupiter, and is similar to the size of its own star. There are no confirmed moons around this planet. It was discovered by an unnamed group of researchers in 2013, and was announced in 2014. Below is a comparison of this planet to others in our solar system, yes its a giant among dwarfs. The planet has some estimates about the mass of it, with NASA thinking its 752 Jupiter masses, and some other sources stating its something more realistic like 4 - 13 M♃. This is why there is no definitive mass of the planet.

This is from https://www.openexoplanetcatalogue.com/planet/HD%20100546%20b/
Ezkela

A view of the thick atmosphere and scorching conditions of Ezkela.

## General

Ezkela is a planet scorched by its sun, and completely inhospitable to any life. Water does not exist on the surface of Ezkela; sand and baked rock cover the parched semi-mountainous landscape. Thanks to the great amounts of carbon dioxide in the atmosphere, the temperature is unrelentingly savage. Some physical features most prevalent on Ezkela are wide canyons/gorges and mountain ranges. Most of the surface is flat, however.

## Gallery

A lone mountain surrounded by a vast, empty plain.A sandy mountain range on the surface.A view of Ezkela's sun.The planet Ezkela.
Fangorodrin

A small terra with thin atmosphere and cold but stable climate. The sedimentary rocks that cover most of its surface contain large amounts of iron oxide and give the planet its peculiar metallic brown colour. The oceans are populated by organisms that are difficult to classify because they undergo various radical metamorphoses during their lifetime. By changing their form and their nutrition, these organisms can adapt to changes in water composition and temperature.

## Surface Conditions

### Atmosphere

* 89.7% CO2
* 8.51% O2
* 1.74% N2
Heleves Major

(*Yes, this is the last page for '22, otherwise known as 2022*)

Heleves Major is a cool meganeptune located inside the K1 Ceti star system and is the fifth planet away from its star. The planet is noted to have a smaller gaseous moon and rings. The atmospheric composition of this world is H2, HE. The average temperature here is measured to be around 175.66 kelvin. There have been a total of 10 moons observed to orbit this planet. The planet is 8 billion years old, almost 9 billion years, giving this world 3–4 billion years of existence ahead of our world, Earth. The planet was discovered on January 3rd, 2023, and has an orbital period of 2.804 years. The mass of this planet is around three times that of Jupiter, but if you want to get into specifics, it is 2.8361 M♃. Yes, I rounded for the last measurement. The planet has a radius 12 times that of the Earth.
Jóna Haylie Van Ocean

On the ocean with the horizon

The planet among others in the (A) part of the system

The moon with its parent world in the background

This is a test page for a new template that I have created based on a deep dive into the wiki page of a planet (this one). This template now that I have done it is only for people how like filling out templates. The name is based off the fact that I went through the planet's wiki topics, and added them to it, for some reason when filling out the infobox the Hydorsphere part did not work and I had only the Work in progress thing I added before I added the Hydrosphere portion of the infobox.
MG-1e

Name in game: RS 0-9-59127695-475-0-4-3896-246 4

Discoverer: Minhkhifg

SE version: 0.980

Star spectrum: G5.7 V

Type: Marine Megaterra

Diameter: 23659.57 km

Mass: 10.515 M🌍

ESI: 0.785

Semimajor axis: 0.84 AU

Orbital period: 271.979 days

Solar days: 9h 0m 2.57s

Age: 5.98 Byr

Gravity: 3.0567 g

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

Atmo pressure: 8.3 atm

Temperature: 20.382 C

Moons: 11

Life: none (formerly).Organic Multicellular ( Marine, terrestrial)

Colony: Minhkhifg Communist state

Population: 7.5 Billion

Habitability: good ( 88% )

The amount of light the planet receives: 1.3777

Information:

Is a huge colony with many large settlements

Map:
Olumar

The black spot over the planet is due to an eclipse.

•7.09% CO2

•4.92% N2

## General

The planet Olumar is a desert world that interestingly is home to life. With no presence of any rivers, lakes, or oceans, enough water (mostly in the atmosphere) makes creatures survive an otherwise inhospitable climate. The surface of Olumar is covered with mountains, long gorges/valleys, and desert plains. The single large moon of Olumar sometimes causes frequent eclipses. In totality, Olumar is home to terrestrial life, regardless of how "dead" the surrounding environs are.

## Gallery

Extensive valleys on Olumar's surface.A view of the emptiness of the planet's surface (with the exception of a solitary mountain).Mountain ranges pervade Olumar's landscape.The planet Olumar.
Ganymede

## Overview

Ganymede (Jupiter III) is Jupiter's largest moon, and the largest moon in the Solar system overall, bigger than the planet Mercury. It is the seventh moon by distance from Jupiter, and the third Galilean moon. It is also the only moon to have a magnetic field. Discovered by Galileo Galilei in 1610 it was, like the other Galilean moons, originally thought to have been a star.

## Surface environment

The surface of Ganymede can be divided into the old dark regions and relatively younger and lighter regions. Although both have craters, the dark regions appear to have a much more extensive amount than the lighter regions. Most of these craters are thought to have formed around 3.5-4 billion years ago during a period of heavy cratering. The surface of Ganymede also contains a large amount of grooves and ridges, whose formation is currently not completely understood, although are generally thought to be tectonic origin.

## Internal structure

The Ganymedian crust, along with the outer mantle, is composed mainly of ice, while the inner mantle is composed of silicates. Ganymede has a liquid iron core, confirmed by the presence of a magnetic field around the planet. The core is thought to be around 700-900 km in diameter, while the icy mantle is around 800-1000 km.

## Atmosphere

Essentially vacuum, Ganymede has an extremely tedious atmosphere with an atmospheric pressure of around 1 μPa. The little atmosphere it has is thought to be composed mainly of molecular oxygen.

## Exploration

The first probes to attempt to collect data about the satellite were Pioneer 10 and Pioneer 11 in the 1970's. The Voyager spacecraft were the ones to determine that Ganymede was larger than Titan, previously thought to have been bigger and to detect the grooved terrain. The Galileo spacecraft was the one that made the closest contact with the moon, passing just 264 km above it's surface. Recently, New Horizons passed by Ganymede in 2007 on its way to Pluto, making topography and composition maps while passing by.

1. ↑ This article has been adapted from the Space Engine ingame wiki
Secret Friendship AU

\***L'AU dont parle cet article possède une histoire qui a été mise dans un hiatus indéfini ou une histoire qui n'a pas eue de mise à jour depuis un an.**
Moment de la dernière mise à jour de l'histoire: 27 Juin 2017
Moment d'annulation: Absentia

\***La réponse est que l'on part faire des recherches dangereuses.**
Il y a peu d'informations sur la page de cet AU. Afin de compenser ce manque d'informations veuillez chercher les informations sur Internet.

## Créateurs

### Créateur

Rainy Poppy

**Secret Friendship AU** est un AU créé par Rainy Poppy. Dans cet Asriel et Chara sont nés durant la guerre humains-monstres. Cet AU se centre sur Asriel et Chara qui doivent cacher leur amitié. Dans cet AU le Chariel (Chara x Asriel) est canon.

## Personnages

### Chara

Dans cet AU Chara est né(e) pendant la guerre et a rencontré Asriel par hasard et est devenu ami(e) avec lui en secret. Il/Elle est très bon(ne) à la pèche et possède une lance.

### Asriel

Dans cet AU Asriel est né à la surface où il a rencontré Chara. Il adore les tartes aux escargot de sa mère. C'est lui qui a fait le premier pas vers Chara. Il espère pouvoir un jour voir un monde sans guerre.

## Histoire

**Attention**! L'histoire est en anglais.

* La rencontre
* Leçon de pêche
* Un monde sans guerre
Norethza

## General information

Norethza is a cool arid superaquaria discovered on September 24, 2028, within the Dutch-02 galaxy and part of the larger TON 618 region. The planet is noted to have only one moon and a thick atmosphere. The planet orbits a blue main-sequence star with an orbital period of 190.248 years and a rotational period of 14 hours, 30 minutes, and 21.11 seconds. The average temperature here is 204.54 kelvin, with the atmospheric pressure being around 1.32 atm. The atmospheric composition here is N2, NH3, C2H4, C2H2, and SO2, with the greenhouse effective rate being around 13 kelvin. The planet is 1.5 times larger than the Earth and is twice as massive, with a mass of 2.6498 M⨁. The gravity here is 1.1775 G, and the ESI is 0.791.
Mechutara

484 ppm H₂O

235 ppm CO₂

128 ppm SO₂

2.49 ppm Ar

0.443 ppm CO

## About the Planet

Mechutara is a planet located in the far off galaxy known as Medovia. It is the 7th planet from it's star which is an orange dwarf. It is a temperate marine terra like Earth, but it's seas are significantly smaller and made of mostly water with trace amounts of sulfur dioxide. It takes nearly seven Earth years to orbit it's star, so it's seasons are roughly 1 and a half Earth years long!

## Life on Mechutara

Life of course, had to evolve around those long seasons, a good example is the sapient species of the planet known as the klaxxen. The klaxxen are a species of nomadic birds, ever migrating from place to place to take advantage of the planet's bounteous and warm springs and summers, and avoid its harsh and cold autumns and winters. Female klaxxen have evolved a "pseudo-womb" or an internal egg pouch if you will. After a successful mating, the eggs form in this pouch, and don't exit until fully incubated, in which then the eggs hatch and the mother gives birth to her young, ready to wander the world with their family. Given their nomadic nature, klaxxen are omnivores with a diet as varied as a human's. They will eat just about anything, with the exception of a few things, like cannibalism for example. Given their tendency to move from place to place, their technology is limited, but once they figure out a way to master their planet's weather, if ever who knows. Only time will tell.

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

}
Joolusia

## General information

DR/2034/07/16.SYS-00/S04, more known as Joolusia, is a temperate gas supergiant located in a small dwarf galaxy. The world was discovered on July 16th, 2034. The gas giant is 5 times the mass of Jupiter at 5.5766 M♃. The world is the 4th away from its star, it has an orbital period of 1.631 years, with its rotational period being around 8 hours, and 10 minutes. There are 74 moons that have been observed around this world. The average temperature here is 251.59 Kelvin. This world has an age of 3 billion years. It is 11 times larger then the Earth in terms of radius. The ESI is 0.498.