recursal/Fanatic-Fandom huggingface dataset:
DR/2000/12/19.SYS-02

An exposure of the system.

[Data name] - DR/2000/12/19.SYS-02, [Formal Name] - Data Release 2000, December 19th System 02, [Unique name] - Intavainia, Is a star system near the Star, Deneb. It has two stars, one of them being an F star, and the other being a T star. No life has been confirmed in the system as of March 2029. Gaia expeditions promptly put this system as one that it had waste time cataloging, so its incomplete data was released on December 19th, with it only being completed by crowd sourced data. That's why its unique name, "intavania" means "Land in vain". They were hoping to find life in the system as one of the planets in particular (DR/2000/12/19.SYS-02/A5) was a candidate after a transit, and an observation of the atmosphere's contents.

## DR/2000/12/19.SYS-02/A

The star after its final exposure in 2004

## Information

### Number of planets

6

DR/2000/12/19.SYS-02/A Is the larger of the two stars in the system. Its 5th planet was theorized to have life, though this was proven false after a few exposures of the planet from all sides. DR/2000/12/19.SYS-02/A2 has a massive amount of minor moons, enough that Gaia Expeditions had thought there was 12 planets around this star due to A2's moons.

DR/2000/12/19.SYS-02/B has 9 planets orbiting it, all of them are barren with no atmosphere, and two of them came close to colliding with each other in 2020, they switched orbits, and names instead.

## DR/2000/12/19.SYS-02/B

In 2003, an amateur astronomer in Alaska took a photo of the brown dwarf in the system.
Huang Gai

## Introduction

**Huang Gai** is the other grappler that focuses more on brute force rather than mixups. Huang Gai can have a harder time getting in, having to rely on more committal options, but when he does, one clean hit can mean almost certain death.

### Strengths & Weaknesses

* Simple gameplan with strong normals and advancing moves
* Enormous damage, including one of the most damaging Ultras in the game
* Slowest movement speed in the game
* Combo options without MAX Mode are very limited

## Moves

### Throws

 **Backward Throw** | 4A+D; 4/6+D while close

### Standing Normals

 **5CD** | Big shoulder tackle. Enormous range. Extremely good poke given its natural armour.

### Crouching Normals

 **2D** | A slow sweep that grants hard knockdown. Notable in that it is special cancelable.

### Special Moves

 **Heavy Swing** | 623P
 **Jumping Suplex** | 623K
 **German Suplex** | 63214P

### Super Combo

**Missile Barrage (236236P)**

A version fires straight ahead, C version fires at an upward angle. EX starts straight ahead, fires upward. Can land 623K after in the corner

**Execution (214214P)**

Fast command grab, low damage

### Ultra Combo

**Shinkuu Tatategoma (236236BD)**

Does like 50% on its own. Comboing into it makes it one of the most damaging enders in the game.

## Strategy

Your movement is pretty slow, so you'll be using your focus attack and 236C to help you get in by calling out badly placed pokes/projectiles.

Once you get in, you have a lot of options for bullying the opponent and mixing them up. Your command grab gets you a good knockdown, and you have a number of moves that grant advantage on block, so use frame traps or your basic high-low mixups to open people up. Your confirms become incredibly threatening when backed by meter, doubly so if you have an ultra stocked, which allows you to absolutely delete most characters' life bars.

## Combos

**Primary combo starters:** [2B 2A 2C 6A], [cl.D 6A]

**Bread and butter combo:** [starter] 236C

**MAX Mode loop:** [236C 623C(1)] xN

Slightly delay 623C after 236C, as it will restand. This also gives you the right timing to use the shortcut input, 6236C~C, which will automatically cancel the first hit of 623C into 236C. This does a ton of damage, so use it whenever possible.
2007 UK126

## 2007 UK₁₂₆

2007 UK₁₂₆ (minor planet designation 229762) is a large transneptunian object. It is considered a highly likely candidate for the rank of dwarf planet and is probably gravitationally rounded. Its orbit around the sun is relatively elliptical and it is in turn orbited by a moon with an estimated diameter of 139 km. NOTE: Currently no detailed imagery of 2007 UK₁₂₆ is available. These images are taken from a procedurally generated environment, and do not reflect what the real 2007 UK₁₂₆ actually looks like.

## Discovery Information

### Discoverer

* Megan E. Schwamb
* Michael E. Brown
* David L. Rabinowitz
* Date: 19 October 2007

## Physical Properties

### Diameter

* As listed in Space Engine: 590.00 km
* Recent estimate: 648 +60 -46 km
Desertum

Desertum, home of the Desertians

## Description and Climate

Desertum is a planet orbiting RS 8526-489-7-1038181-419 A. Desertum is a world with small lakes, but mostly desert. Desertum was discovered by JupiterboyLuffy on June 27, 2023. It is home to the Desertians, a civilization 20 years ahead of humanity in terms of technology. In terms of climate, Desertum is mostly desert with small patches of water here and there. Desertum's gravity would cause long-term issues with humans, which is why it's not ideal for colonization.

## Namesake

Desertum is named after the Latin word for desert. Its first moon, Saxum, is named after the Latin word for rock, and Astronomia is named after the Latin word for astronomy.

## The Desertians

The Desertians(Local Name "Uiksamsa", meaning "The People of the Desert") are an advanced civilization that lives on Desertum. Despite this, there are no visible city lights to be found on Desertum. This is due to several factors, mainly due to how low the city lights are in brightness. The Desertians have managed to cover ~70% of all sandy deserts with flowers and grass, so deserts are mostly rare. Due to the low surface gravity of Desertum, the Dersertians' average height is 13 feet tall for males and 10 feet tall for females.

## Government

Desertum is ran by the International Desert Administration (IDA), which has funded multiple projects, including Project Bloom, which is the name for the project that planted flowers on ~70% of all deserts.

## Continents

There is only one continent, Kilkumis. Kilkumis is the largest and only landmass on Desertum. This is due to how little water there is.
3MASS-3d

Name in game: RS 0-1-0-1228-12720-8-13157908-154 3

Discoverer: Minhkhifg

SE version: 0.980

Star spectrum: DQ1.3

Type: Marine terra

Diameter: 11692.29 km

Mass: 0.82805

ESI: 0.904

Semimajor axis: 0.17 AU

Orbital period: 22.005 days

Solar days: 44.01 days

Age: 8.827 Billion years

Gravity: 0.98561 g

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

Atmo pressure: 0.179 atm (formerly).1 atm (after)

Temperature: -14.866 C

Moon: 5

Life: none (formerly).Organic multicellular (marine, terrestrial)

Colony: Minhkhifg communist state

Population: 3 billion

Information:

is a colony of minhkhifg

Geography:
Comitalias

Comitalias is an interesting warm selenae orbiting two binary stars. It's bigger and heavier than mars, it's earth similarity index is very high (0.819) and has 3 asteroid moons, 3 other small selenaes orbiting around and a small but very visible ring.

## Surface Conditions

### Temperature

between 29.5°c and 43.5°c (depending on its orbital position)

### Atmosphere

⦁ SO2 35%⦁ CO2 34.4%

⦁ H2S 11%

⦁ C2H2 8.23

⦁ C2H4 7.12%

⦁ C2H6 4.13%

⦁ N2 0.108%

⦁ C3H8 949 ppm

⦁ H2O 321 ppm

⦁ Ar 15.2 ppm

⦁ CO 8.1 ppm

⦁ Ne 5.18 ppm

⦁ Cl2 0.723 ppm
Amanor

Amanor or RS 8513-3602-7-1638520-29 3 - is the third planet from the star RS 8513-3602-7-1638520-29. The planet is a Temperate marine terra

## Surface Conditions

### Atmosphere

* 44.6% O2
* 31.2% H2O
* 23.7% N2
* 0.316% CO2
* 0.265% SO2

## Additional Information

### Position in Star System

3rd

ESI: 0.965

## History

* ~7.7 billion years ago. Amanor was formed from dust and gas. Along with it, a small satellite Exor was formed
* ~7.1 billion years ago. Exor fell on Amanor. The collision affected the orbit of the planet, which fell into the habitable zone
* ~6.3 billion years ago. The planet has cooled down, the temperature of Amanor has roughly stabilized
* ~4.1 billion years ago. The formation of the oceans. There is an assumption that at some period of the planet, the oceans completely evaporated, and later reappeared.
* ~3.5 billion years ago. Appearance of the first unicellular organisms.
* ~1.8 million years ago. The emergence of multicellular life
* ~560 million years ago. The rise of multicellular organisms. The emergence of a large number of species
* ~430 million years ago. The first organisms came to land
* ~210 million years ago. The appearance of vast jungles on the surface
* ~45 million years ago. The prolonged drought has created numerous deserts.
* Today - On Amanor there are numerous jungles along with deserts. The climate of the planet resembles the Cretaceous period, but only colder.

## Biosphere

The fauna is very fast and tall reptiles, they usually have from two to six limbs. Some of them can move by jumping, like a kangaroo. Depending on the biome, the coloring and sizes of animals change. The flora has a green pigment, and is usually longer than the flora on Earth. Marine flora and fauna is slow and less diverse.

Amanor(Vanilla)Amanor(Rodrigos Mod)Amanor close up(Rodrigos Mod)Volcano Tibey. The height is 17 kilometers, which is 2 times more than Everest. There are several such mountains and volcanoes on the surface of Amanor.(Vanilla)Sunset on Amanor. Fres Volcano visible in the distance(Vanilla)The scenic spot where the Inokawa rover landed. This place was named "Rocks of Aphrodite".(Rodrigos Mod)Lake Svrof(Rodrigos Mod)Numerous mountains of Amanor(Vanilla)Hilly area filled with forests(Vanilla)Amanor surface map(Vanilla)Amanor surface map(Rodrigos Mod)
DR/2035/09/23.SYS-01/S08

## General information

DR/2035/09/23.SYS-01/S08 is a cold ice megagiant located inside of the IC 1101 galaxy that has a mass of 0.19831 M♃, a radius of 32442.87 miles, and is also ringed. The planet has a golden tint to it, there are 23 known moons that orbit it. This world takes around 31.193 years to go around its star, it has a rotation period of 12 hours, 18 minutes, and 20.38 seconds, and its age is 7 billion years, an older world then Earth.. This world was discovered on September 23rd, 2035.
Blue Rock

Blue rock is named after the blue color that is observed after some exposures of the planet. The Naming, and Creatives Department (NCD) at the time was feeling uncreative that day and gave the answer of "Blue rock" because this was a rocky world, and it was blue. The planet has half the day of Earth, its days being 12 hours in length instead of the 24 hours we have on Earth. The world has been noted to have some impressive mountains on one side of the planet, these mountains are thought to have around the same height as Mt. Everest on average.
3MASS-2

Name in game: RS 0-8-2076187-632-7-8-16746287-700

Discoverer: Minhkhifg

SE version: 0.980

Type: Planemo

Class: Gas giant/ jupiter

Diameter: 112930.16 km

Mass: 0.25835 M jupiter

ESI: 0.027

Age: 5.624 Billion years

Atmo composition: H2,He

Atmo pressure: 984000 atm

Temperature: -253.15 C

Moon: 3

Life: None

territory: Minhkhifg communist state

Population: 0

Information:

This planet may have been ejected from its star system about 4 billion years ago
3MASS-5e

Name in game: RS 0-1-0-1228-12720-7-1644915-163 4

Discoverer: Minhkhifg

SE version: 0.980

Type: Marine Superterra

Diameter: 16977.12 km

Mass: 2.9833 M earth

ESI: 0.889

Semimajor axis: 0.82 AU

Orbital period: 271.23 days

Solar days: 12h 31m 21.7s

Age: 9.134 Billion years

Gravity: 1.6843 g

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

Atmo pressure: 2.75 atm

Temperature: -5.4113 C

Moons: 11

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

Colony: Minhkhifg Communist state

Population: 6.8 Billion

Information:

planet is an important colony of Minhkhifg

Geography:
DR/2027/06/09.SYS-01/S04/M04

## General information

DR/2027/06/09.SYS-01/S04/M04 is a warm arid carbonia located inside of the IC 1101 galaxy that was discovered on June 9th, 2027. It is the 4th moon away from the 4th planet of this system. The world is a part of a red supergiant's system, a singular star system. The world is tidally locked with its planet, so its rotation and orbital period are both 6.796 days. The age of this world is around 6 billion years of age, one billion years younger then its parent star. The ESI of this world is 0.628, a little higher then expected.
Cetonide

Cetonide or RS 8513-489-7-392893-425-A5 - is the fifth planet from the star RS 8513-489-7-392893-425-A(Orange dwarf). The planet is a warm/temperate marine megaferria

## Surface Conditions

### Atmosphere

* 41.9% N2
* 32.6% O2
* 23.5% H2O
* 1.99% CO2
* 0.105% SO2

## Additional Information

### Position in Star System

5th

ESI: 0.729

## History

* ~6.2 billion years ago. Cetonide formed
* ~6.1 billion years ago. The temperature of the planet has stabilized. The conditions were quite calm.
* ~5.8 billion years ago. The emergence of unicellular life in the oceans
* ~4.9 billion years ago. Formation of the first continents
* ~4.3 billion years ago. The emergence of multicellular life
* ~2.5 billion years ago. The first complex organisms come to land
* ~470 million years ago. One of the large asteroids, captured by the gravity of Cetonide, fell to the surface of the planet, causing a mass extinction.
* Today - There are many continents on the planet. Deserts and jungles have approximately the same ratio. The climate varies greatly from place to place, but is mostly tropical. The temperature is favorable and along with frequent rains in the jungle, life is in full swing. There are no active volcanoes on Cetonide.

## Biosphere

The fauna of the planet is mainly small lizard-like creatures. There are a lot of such small lizards, to some extent they are similar in their behavior to rats and mice. They are hunted by large, but short animals that have a very bright coat color. There are almost no animals in the deserts, with the exception of huge and fast "caterpillars". The flora is green in color and covers large areas of the continents. Jungles are common. Normally, the plants in this world do not grow vertically, but horizontally. For example, "ferns" reach a width of 5-10 meters. Hundreds of lizards hide behind these huge leaves. Marine life is quite diverse, and the fauna reaches larger sizes (But not huge). Marine flora has very good camouflage and mimics the environment, because of this, herbivorous fish have very good eyesight.

Cetonide(Rodrigos Mod)Cetonide(Vanilla)Cetonide from a different angle (Rodrigos Mod)Cetonide in all its glory(Rodrigos Mod)Sunset in the highlands(Rodrigos Mod)Beautiful mountains 1(Rodrigos Mod)Beautiful mountains 2(Rodrigos Mod)Beautiful mountains 3(Rodrigos Mod)Huge and high plateau 1(Rodrigos Mod)Huge and high plateau 2(Rodrigos Mod)Landscape of Cetonide 1(Rodrigos Mod)Landscape of Cetonide 2(Rodrigos Mod)Cetonide surface map(Vanilla)Cetonide surface map(Rodrigos Mod)
ALPS-5 Be

## Surface Conditions

### Atmosphere

* N2 74.5%
* O2 23.7%
* H2O 1.06%
* CO2 0.756%

## Additional Information

### Life

Organic multicellular (marine, terrestrial)

## Known Information

### General

Type: Planet

Class: Temperate Marine Terra

Right Ascension: 18h 36m 51.09s (From Alara)

Declination: -11°47'58.55" (From Alara)

Absolute magnitude: -0m 17 (From Alara)

Distance from Alara: 53.29 light years

Effective temperature: -53.152 °C

Number of satellites: 0

Life forms: Organic multicellular

### Physical

Equatorial diameter: 12323.35 km

Mean diameter: 12323.35 km

Polar diameter: 12323.35 km

Mass: 6.3124·10^24 kg

Density: 6.4419 g/cm3

Rotation period: 69.7433472 days (Tidally locked)

Solar Day: ∞

Age: 11.094·10^9 years

### Atmosphere

Height: 72.39 km

Tropopause height: 21.40 km

Height of homogenous atmosphere: 8.02 km

Air density: 18.604/m3

Air temperature: 21.705 °C

Mass: 6.4227·10^19 kg

### Orbit

Parent: ALPS-5 B

Type: Elliptical

Period: 69.7432279 days

Semimajor axis: 0.2630 AU

ALPS-5 B, a red dwarf star, and a marker showing the location of ALPS-5 Be
Autumnalis

Life on this terra has developed very slowly over the last billions of years and is in the beginning stages of colonizing the landmasses. This has happened before, but catastrophic events such as a runaway greenhouse effect 1 billion of years ago and a devastating meteor impact have proven detrimental to the development of more complex life-forms.

## Surface Conditions

### Atmosphere

* 97.4% CO2
* 1.44% N2
* 1.09% O2
Demenos

## General information

Demenos is a cool superjupiter that is located inside of the extreme "south" of the Lepus constellation. The planet is noted to have a small partner orbiting it, a subjupiter. The mass of the planet has been recorded at six times that of Jupiter, a large one. The solar day on this supergiant is estimated to be around 8 hours, a very short day in comparison to its orbital period, which is more than 1500 years long. The average temperature of this gaseous world is 197.42 Kelvin, which is very cold, with the average temperature in Fahrenheit being -105 F. The planet orbits HIP 28973, a B-type star with a blue main sequence. The radius is 11 times that of the Earth. Its partner's name is Demenos minor, and its radius is only nine times that of the earth's.
ALPS Catalogue

## What is the ALPS Catalogue?

The ALPS Catalogue (Alaran-Like Planetary Systems) Is a formal catalogue that was created by the J'karian race which lives on the planet of Alara. This catalogue is a list of discovered Alaran like planets candidates. (This is entirely fictional, none of these planets are real that we know of at least) Also, if any planets look interesting and you would like to add more detail to them, you are 100% free to do that. This is only a catalogue for these Alaran like planets. Information in the catalogued planets is all written from the surface of Alara, NOT Earth. Distances, RA/Declinations are also from Alaran perspective, as the galaxy these planets are in are around 12 billion light years away from Earth.

## Catalogued Planets

* ALPS-1 e
* ALPS-2 Af
* ALPS-3 e
* ALPS-4 b
* ALPS-5 Be
* ALPS-6 h
* ALPS-7 Bf
* ALPS-8 i
* ALPS-9 f
Betatia

## General information

Betatia is a cool marine aquarium located in the inner parts of the Milky Way galaxy and was discovered in the summer of 1999. The planet has 12 moons orbiting it: 7 major moons and 5 dwarf moons. The average temperature on this planet is 214.94 kelvin. The composition of the planet's atmosphere is CO2, N2, CO, and SO2. The planet has oceans of CO2 and SO2. The planet has an age of 9.4 billion years, making it a very old planet. The planet has a solar day of 11 hours, 10 minutes, and 17.12 seconds. The planet has an orbital period of almost a decade, 9 years. The planet is similar to the Earth, but not enough to not be terraformed, with the ESI being around 0.695. The mass of the planet is nine times that of the earth, and the radius is twice that of the earth, with the mass being 9.2472 M⨁. The water on this world is brown.

### Continents

The planet is a cool marine world with multiple landmasses spread across its surface. The continents are mixed with snowy wastelands and wide deserts. There are an estimated 13 continents, though the actual number is unknown, with it being most likely more than the number here on Earth. After terraforming, the landscape changed, with large, sweeping forests and plains clearing out most of the glaciers and deserts. Do the glaciers melting, the sea level was risen by a few meters, the land masses were high above the ocean, but some parts were still flooded, with previous canyons and wide low lands becoming the seas and rivers between new landmasses and islands. These forests resemble the oak forests found in the south-eastern part of the United States and southern France. These land masses were settled quickly; it only took a century for all landmasses to have at least a town on them. Though the vast majority of the planet is wilderness, The new landmasses and islands that were formed from sea level rise became parts of archipelagoes.

## Moons

This list of the moons also includes the dwarf moons. This is only for rocky worlds, not gas giants, as gas giants normally have 30+ moons.
DR/2105/03/07.SYS-00/S03

*(Forgot to add a gallery)*

**Natural Name** - *Talityefatechi*

## General information

DR/2105/03/07.SYS-00/S03 is a temperate gas giant located in some small elliptical galaxy that was discovered on March 7th, 2105. There has been 64 moons observed around this world. The world is the 3rd away from its star, it orbits a white luminous supergiant, it has a orbital period of 1728.524 years, and it has a rotation period of 9 hours, and 33.64 seconds.
DR/2027/05/07.SYS-02

A white dwarf with multiple large gas giants

## General information

DR/2027/05/07.SYS-02 is a star system located inside of a globular star cluster. It has 10 observed worlds around it, and has a metallicity of 1.32. The mass of the white dwarf is 1.4097 M⨀, a bit larger then the sun. The temperature of the star is 85120 Kelvin. The star system size is 85.83 Astronomical units. The spectrum of the star system DA0.3. There have been no observed asteroids in the system, and it is estimated to be around 90 comets in the star system.
Aunera

Aunera or RS 1239-35-1-2-67 10 - is the tenth planet from the star RS 1239-35-1-2-67. The planet is a lifeless temperate marine superterra

## Surface Conditions

### Atmosphere

* 67.6% CO2
* 18.1% C2H2
* 7.37% C2H4
* 3.39% N2
* 2.12% C2H6
* 0.903% CO
* 0.236% NH3
* 0.228% CH4

## Additional Information

### Position in Star System

10th

ESI: 0.895

## History

Aunera formed only 2.2 million years ago. Despite this, the planet already has a stable temperature, liquid, atmosphere and all possible conditions for the emergence of life (most likely exotic). But unfortunately, this planet will die faster than life appears on it. This beautiful terra with a blue atmosphere will die before it "blooms".

Aunera(Rodrigos Mod)Aunera(Vanilla)Aunera in all its glory(Rodrigos Mod)Aunera close up(Rodrigos Mod)Aunera from a different angle. You can also see the Andromeda Galaxy(Rodrigos Mod)Beautiful image of the close Aunera and star RS 1239-35-1-2-67 10(Rodrigos Mod)Visible volcano Tobos height of 6 kilometers(Rodrigos Mod)Giant beautiful canyon 1(Rodrigos Mod)Giant beautiful canyon 2(Rodrigos Mod)Giant beautiful canyon 3(Rodrigos Mod)Giant beautiful canyon 4(Rodrigos Mod)Giant beautiful canyon 5. In the distance, mesas rising from the water are visible(Rodrigos Mod)Wonderful dawn 1(Rodrigos Mod)wonderful dawn 2(Rodrigos Mod)An unusual area where there are hills and flooded lowlands 1(Rodrigos Mod)An unusual area where there are hills and flooded lowlands 2(Rodrigos Mod)An unusual area where there are hills and flooded lowlands 3(Rodrigos Mod)Mountainous area 1(Rodrigos Mod)Mountainous area 2(Rodrigos Mod)Mountainous area 3(Vanilla)You can see a fairly large river flowing through lifeless dunes and deserts(Rodrigos Mod)A serene and quiet coast.(Rodrigos Mod)The desert surface of the planet, like Mars(Rodrigos Mod)Aunera surface map(Vanilla)Aunera surface map(Rodrigos Mod)
Black Eye Galaxy

* 0.990
* 0.980

## Overview

Black Eye Galaxy (also known as M 64, NGC 4826, UGC 8062, and MCG 4-31-1) is a Sb-type spiral galaxy in the constellation of Coma Berenices. It is 23,933 miles from our Solar system. It contains fewer stars and is smaller than the Milky Way, our own galaxy. Yet the reason it is well recognized is because it has a distinct dark galactic dust band that does not fully block the light coming from its yellowish-bright nucleus. As a result, the odd galaxy has earned a nickname called the Black Eye Galaxy due to the dark dust particles that make up the dark thick ring and that obstruct the stars behind them from shining.

## Discovery

It was first discovered by English astronomer Edward Pigott on March 23, 1779. It was discovered separately by German astronomer Johann Elert Bode one year later, and on March 1, 1780, French astronomer Charles Messier added it to his Catalogue des Nébuleuses et des Amas d'Étoiles (translated to Catalogue of Nebulae and Star Clusters).

## Galactic structure

The Black Eye Galaxy has an interstellar medium made up of two roughly equal-mass, counter-rotating disks. The galaxy's most noticeable dust lanes are found in the inner disk. There is no detectable counter-rotation among the galaxy's star population. Potential creation scenarios include the ongoing accretion of gas clouds from the intergalactic medium or a merger with a gas-abundant satellite galaxy in a retrograde orbit. The Black Eye Galaxy has an HII/LINER nucleus and is a type 2 Seyfert galaxy. A faint radio emission source is located in the center. It has been discovered that a faint X-ray source near the nucleus is most likely emanating from the circumnuclear area rather than an active galactic nucleus. A molecular-gas inner disk with a truncated radius of 2,300 ly exists (700 pc). Although the disk's non-rotational movements do not currently significantly feed the galaxy's core, they do stimulate star formation, which results in the galaxy's estimated 100 billion stars. There is also proof of a recent massive influx.

1. ↑ https://freestarcharts.com/messier-64
2. ↑ https://doi.org/10.3847%2F1538-4357%2Faa8302
3. ↑ https://ui.adsabs.harvard.edu/abs/2009A&A...493..525I
4. ↑ https://iopscience.iop.org/article/10.1088/0004-637X/731/1/60
5. ↑ https://ui.adsabs.harvard.edu/abs/2003A&A...407..485G
Chetrayn

The first image received of the world

Chetrayn is a temperate terra located in the Milky Way galaxy, about 7,600 lightyears away from earth. It has one natural satellite, a major desert moon called Stagöl. Chetrayn has a fairly large system of dark rings which are not easily visible.

Life on Chetrayn has not been viewed in detail but it is known that life exists both on it's land and in it's oceans.

## Missions to Chetrayn

The only current mission to the world is the Hasamelis-128 mission.
Ares

This desert world is similar in many respects to one of the two desert planets of the Sol system, namely Mars. Similarities range from the composition of the planet's regolith, which contains large amounts of iron oxide, to the thin atmosphere and the weak surface gravity. The originary atmosphere of Ares was also very similar to the Martian atmosphere in composition, containing mostly CO2, but a considerable percentage was replaced with N2 and O2 by the organisms inhabiting the planet.

## Surface Conditions

### Atmosphere

* 66.7% CO2
* 27.5% N2
* 5.02% O2
* 0.74% H2O
Ambrosia Galaxy

A typical purple galaxy.

## Ambrosia Galaxy's information

### Technical details

This is a purple in color SC type galaxy that has a diameter of 326.16 kila-light years, (or 437.56 kly with some estimates), with the absolute magnitude being -26.69m. The luminosity of the galaxy is 4.0564\*10^12, with the amount of stars in this galaxy being estimated at around ~3.5 trillion. The number of clusters globular and open is 2501 and 36376, which makes for a total of 38877 star clusters, and the number of nebulae here is 15327. The distance to the Earth is 3.04 Galactic light years. From the Earth, the apparent size is 0\*00’22.15”, with the apparent magnitude being 13.12m, and the declination from the Earth is 2\*37 '42.03”, in addition to that the right ascension is 10h 1m 46.17s.

### Infolore

From Earth, we view this galaxy from its side, which means that we don't have all the details. However, we do notice that it's easier to observe planets here because of its side view. The galaxy was discovered in the late 1980s, along with its only notable satellite, the Hifiga galaxy. Although the galaxy might have been assessed by CALASE, it was first observed by an unnamed astronomer during the 1600s, whose book was discovered buried in a rural community near Paris, France. This astronomer described and sketched a galaxy with a similar appearance and physical characteristics to this one. The galaxy goes by a semi-common name, Ambrosia, which derives from Greek and is associated with the drink of the gods that conveys immortality to its users. The galaxy earned this name because it shares a similar color with Ambrosia, purple. Speaking of its appearance, the reason for this galaxy's purple hue is the high levels of star formation, likely a result of its collision with another galaxy in the "recent" past, given its age.

### Discovered Locations

#### Discovered Planets

* Koizyan
* Undrega
* Twimenla
* Darkymlia
Brumong

Brumong is a gas giant in the Visova star system, which the planet itself orbits a G type yellow dwarf star, like our own sun. Along with the yellow dwarf, the star is also orbited by a binary red dwarf system. The planet orbits at almost twice the distance earth orbits from its own sun and takes around 2 and a half years to complete one orbit. Brumong is common among gas giants, being smaller than Jupiter[1], but sustaining enough mass to not be considered an ice giant or Neptune sized planet. Its atmosphere is comprised of mostly hydrogen, along with helium, with trace amounts of heavier elements also being present in its atmosphere.

## Surface Conditions

### Atmosphere

* 92.5% H2
* 7.05% He

## Planet Information

Brumong, like most gas giant planets is composed mostly of hydrogen and helium, but its yellow color comes from ammonia, phosphine, water vapor, and hydrocarbons that exist in its atmosphere in small amounts. The planet has raging storms, with wind speeds reaching upwards of 2000 mph, and also reversing in some of the planet's bands. The yellow spot on Brumong is a storm that has been raging for the past 200 years, dubbed "Ako Abbkarra", or in English, "Violent winds" by the Sorraddonians, a species of aliens from Sorraddon. There are many storms raging on Brumong, but Ako Abbkarra is the biggest one. The planet is orbited by 18 moons, most are small or medium size asteroids, but 3 of them are spherical in shape and have been visited.

## Moons

 Mass
 Radius
 Orbital period

Brumong from a research orbiterAbo Abbkarra from orbitBrumong, Remuria, Malum, and ErebosMore of Brumongs stormsBrumong and RemuriaBrumong from the surface of Erebos
DR/2035/09/22.SYS-02/B/S07

(*This world's unique name is now **Zsemberth***)

## General information

DR/2035/09/22.SYS-02/B/S07 is a warm marine superearth located inside of the IC 1101 galaxy that has a mass of 6.7468 M⨁, is 6 times larger than the Earth, and has a radius of 1.8001 R⨁ was discovered on September 22nd, 2035. This world has an orbital period of 103.747 years, its solar and rotational periods are also the same length as it is tidally locked. The world has several oceans and seas, and the majority of the world is flat and a tundra color. The average solar temperature of this world is 354.9 Kelvin, The average greenhouse effect of this world is around 143 Kelvin, and the atmospheric composition of the atmospheric CO2, N2, H2O, and SO2. There are some small mountain ranges scattered across the world. The surface is noted to have a drought-like look, and texture, and small whirlwinds and tornadoes including an F3, 2.9 mile wide tornado on March 7th, 2036. And yes, this is a very flat world, photographs of the surface based on elevation maps from space show the vast majority of the landscape is a straight line across the horizon, and that is based of a 200 mile view shot. The world has an orange / golden atmospheric color.
Douma

Hope - 5: Douma

Douma is the fifth planet of the **Hope System** in the **NGC 7083 Galaxy**. It is a cold, barren, and lifeless desert world. Douma shows evidence that it was once a planet teeming with life, much like its sister planet **Haven**. However, when the ice giant planet **Acconda,** crossed within close proximity of Douma orbit, all life on its surface was annihilated due to extreme tidal forces exerted upon it. Whether this happened naturally or artificially is unknown. In the aftermath of the cataclysmic event caused by Acconda's passage, Douma transformed into a desolate wasteland. The once vibrant ecosystems reduced to ash and ruin. This event would also cause large chunks of the planet's landmass to be ejected into orbit, which would ultimately form the major moon **Aiene**, and would leave a massive scar on the face of the planet known as the **Grand Douma Ocean**.

It has six natural satellites in orbit around it, five of which being small, irregular dwarf moons, and the largest, the major moon Aiene.
Ceres

Ceres is the largest object in the asteroid belt that lies between the orbits of Mars and Jupiter. It is estimated to compose approximately one third of the mass of the entire asteroid belt. It is also the only object in the asteroid belt known to be rounded by its own gravity.

## Surface Conditions

### Atmosphere

None (so thin that it is barely observable)

## Additional Information

### Position in Star System

5th (usually it is not counted as one of the eight main planets but Space Engine includes dwarf planets in the Solar System listing)

## Overview

Ceres is the Solar system's smallest dwarf planet and the largest object in the main asteroid belt. It was also the first object in the asteroid belt to be discovered, and was initially categorized as a planet until the discovery of many other similar objects led to their re-categorization as dwarf planets. Ceres is slightly less than 1,000 km in diameter and is composed of rock and ice. It comprises one-third of the mass of the asteroid belt. It may also have a tenuous atmosphere. No natural satellites have been discovered around Ceres.

## Surface Environment

Ceres has a surface composition largely similar to carbonaceous (C-type) asteroids, with some notable differences. The characteristic most dissimilar from C-type asteroid composition is the existence of hydrated materials. The surface may also contain carbonates and iron-rich clays, materials that are also uncommon on C-type asteroids. Temperatures on the surface can reach 235 K, relatively warm for a body so distant from the sun, thanks to Ceres' low albedo.

Very few features have been identified on the surface of Ceres. Even the most powerful near-Earth telescopes can not resolve details much smaller than 30 km across. Several bright and dark features have been mapped, though nothing is known about any of them. Ceres also does not appear to be geologically active, and its surface is likely altered only by impact events.

## Internal Structure

Due to its large size, oblate spheroidal shape, and some observed surface characteristics, many astronomers suspect that Ceres has a differentiated interior with a rocky core and a mantle composed largely of water ice. If true, this would make Ceres the largest surviving protoplanet in the inner Solar system. However, this has yet to be confirmed by close observation, and alternative possible explanations for its shape and surface characteristics do exist. If a water ice mantle does exist, then it is possible that a liquid ocean layer exists or did exist as well.

## Atmosphere

There are indications that Ceres may have a thin atmosphere, and possibly exposed water ice or frost on its surface. Any such ice would sublimate if directly exposed to sunlight, escaping away into space. Hydroxide ions detected near the north pole of Ceres may be caused by this process.

1. ↑ This article was adapted from the Space Engine ingame wiki
DR/2106/02/29.SYS-01/S05/AB

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## General information

DR/2106/02/29.SYS-01/S05/AB is a binary of two gas giants, temperate gas giant, and a warm gas subgiant. These two gas giants were discovered on February 29th, 2106. As of 2150, there are 55 moons that have been observed around these two gas giants. They both collectively orbit 2 blue main sequence stars, and they take around 371.629 years to orbit them. One of the gas giants, or subgiant, is ringed, they are decently sized rings, around the size of Saturn's. These worlds are located inside of an irregular galaxy, a large irregular galaxy.
DR/2028/07/05.NEB-00

[This nebula was discovered by u/Diamondskull12 originally.]

An oddly positioned nebula in the center of its galaxy. Some theorize that the nebula originated from a red supergiant that died near the central black hole and its remnants formed around the black hole.

## General information

DR/2028/07/05.NEB-00 is an oddly placed planetary nebula that was discovered on July 5th, 2028, that has a radius of 4 light years. It has a large cluster of stars around it, and the color of it is Dead Red Supergiant. It is located inside the very central parts of its galaxy, with the center part of this nebula also being the center of the galaxy. The nebula's luminosity is 9.2835.

### Location/Interesting properties

like this would form in its position, which is that a red supergiant was dying around the black hole, but the star was far enough that a majority of its remnants were not swallowed by the black hole. The nebula seems to have some interesting effects on its host black hole, for example, some of the stars that formed from this nebula were added to the central black hole's orbit of stars. And a star system seemed to have gone into the black hole, and is still somehow visible, though only through UUV rays that are faster than light. The black hole seems to have had no effect on it besides the destruction of its Oort cloud. The nebula also seems to be very old, with some estimates putting it as old as the galaxy it formed in.
DR/2007/03/31.SYS-00/S08

## General information

DR/2007/03/31.SYS-00/S08 is a frigid ice supergiant located inside of the Arp 148 galaxies, in the disk one, that was discovered on March 31st, 2007. The supergiant is the 8th in its system, it has an orbital period is 227.329 years, and the rotational period is 13 hours, 23 minutes, and 58.70 seconds. It is apart of a open star cluster, a small one with a radius of 3 light years. The world's location inside of the Arp 148 disk galaxy is in the void between the central black hole and the rest of the galaxy. The ice supergiant has an average temperature of 82.466 Kelvin. The world is 8 times larger then the Earth in radius.
Citer 9

An orbital image of the planet.

0.035% O2

0.00885 CO

Citer 9 is a small planet in the outer reaches of  the Citer system.

## Appearance

The planet has mostly the creamy colour of the other planets in its system. However, there are also patches of darker shades and green. The planet is also covered in craters and has a few mountain ranges, indicating seismic activity.

## Other Details

There are also a surprising amount of moons for something so small.
DR/2021/01/07.SYS-12/S06

DR/2021/01/07.SYS-12/S06, Or Branchia is a gas giant which harbors a moon with life. The planet is located inside of the IC 1101 Galaxy, and was discovered with Transit photometry. Gaia expeditions had launched their Interplanetary Weather Detection System (IWDS), and have observed some massive supercell storms trailing across the northern half of the planet.

The moon with life, yes most moons with life are sub-glacialOne of Gaia expedition's "Year of planets" showcase promotional poster of 2021.This planet was also on a promotional poster of the Year of planets showcase, the showcase is where multiple agencies convene to put their highlights in a convention.
Andromeda Galaxy

## Overview

The **Andromeda Galaxy** is a barred spiral galaxy and is the nearest major galaxy to the Milky Way, where the Solar System resides. It was originally named the **Andromeda Nebula** and is cataloged as **Messier 31**, **M31**, and **NGC 224**,(In version 0.990, the Andromeda galaxy has the code **1236**). Andromeda has a diameter of about 46.56 kiloparsecs or 152,000 light-years (141,520 light-years in Space Engine) and is approximately 765 kpc (2.5 million light-years) from Earth. The galaxy's name stems from the area of Earth's sky in which it appears, the constellation of Andromeda

## Nearby and satellite galaxies

Like the Milky Way, the Andromeda Galaxy has satellite galaxies, consisting of over 20 known dwarf galaxies. The Andromeda Galaxy's dwarf galaxy population is very similar to the Milky Way's, but the galaxies are much more numerous. The best known and most readily observed satellite galaxies are M32 and M110. Based on current evidence, it appears that M32 underwent a close encounter with the Andromeda Galaxy in the past. M32 may once have been a larger galaxy that had its stellar disk removed by M31 and underwent a sharp increase of star formation in the core region, which lasted until the relatively recent past.

M110 also appears to be interacting with the Andromeda Galaxy, and astronomers have found in the halo of the latter a stream of metal-rich stars that appear to have been stripped from these satellite galaxies. M110 does contain a dusty lane, which may indicate recent or ongoing star formation. M32 has a young stellar population as well.

The Triangulum Galaxy is a non-dwarf galaxy that lies 750,000 light years from Andromeda. It is currently unknown whether it is a satellite of Andromeda.

In 2006, it was discovered that nine of the satellite galaxies lie in a plane that intersects the core of the Andromeda Galaxy; they are not randomly arranged as would be expected from independent interactions. This may indicate a common tidal origin for the satellites.

## Collision with the Milky Way

The Andromeda Galaxy is approaching the Milky Way at about 110 kilometres (68 miles) per second. It has been measured approaching relative to the Sun at around 300 km/s (190 mi/s) as the Sun orbits around the center of the galaxy at a speed of approximately 225 km/s (140 mi/s). This makes the Andromeda Galaxy one of about 100 observable blueshifted galaxies. Andromeda Galaxy's tangential or sideways velocity concerning the Milky Way is relatively much smaller than the approaching velocity and therefore it is expected to collide directly with the Milky Way in about 2.5-4 billion years. A likely outcome of the collision is that the galaxies will merge to form a giant elliptical galaxy or possibly large disc galaxy. Such events are frequent among the galaxies in galaxy groups. The fate of Earth and the Solar System in the event of a collision is currently unknown. Before the galaxies merge, there is a small chance that the Solar System could be ejected from the Milky Way or join the Andromeda Galaxy.
Crashica

(*Decided to do an asteroid article to break it up a little.*)

[Mod Required, Download here.]

## Crashica's information

This is a small hot asteroid that has a diameter of 166.88 miles, a mass of 4.4271\*10^18 kilograms, and a density of 0.43772 grams per cubic centimeter. The oblateness of the asteroid is 0.00281767, with the effective temperature being 417.12 kelvin, (291.146 degrees Fahrenheit, and 143.97 degrees Celsius), and the Earth similarity index of the asteroid is 0.171. The albedo (Bond and geom) is 0.05 / 0.06. The rotational period of the asteroid is 4.368 days, with the solar day being 4.368 days, and the axial tilt is 58\*50’48.74”. The age of the asteroid is 764,997.563 days. The gravity on the poles of the asteroid is 0.016493 meters per second, with the gravity on the poles being 0.016363 meters per second. The circular velocity of the asteroid is 153.97 feet per second, with the escape velocity being 153.97 feet per second. The parent of the asteroid is a red giant called by the long name of ULAS J001535.72+015549.6, the asteroid has an elliptical orbit, and the orbital period of the asteroid is 2846.962 years. The semimajor axis of the asteroid is 501.91 AU, with the pericentric distance being 47.11 AU. The eccentricity of the asteroid is 0.906, with the inclination being -53\*35’30.87”. The ascending node of the asteroid is 129\*53’00.19”, with the argument of pericenter being -168\*11’57.37”, and the mean anomaly is 102\*44’59.62”.

The longitude of pericenter is -38\*18’57.37”, with the mean longitude being 64\*26’02.24”. The hill sphere radius of the asteroid is 158409.24 miles, with the influence sphere radius being 338726.02 miles, and the Roche limit for satellites is only 53.35 miles. This asteroid has no atmospheric properties because it is an asteroid, and is too small to hold an atmosphere. The asteroid was observed in June of 2022, young considering the discovery dates of the other asteroids around the same star, this one seemingly did not get detected in the previous surveys of the star. The asteroid itself has no special physical features, it has plenty of impact craters, has a grayish color, and has a typical mass and diameter. There is a 3 layer impact crater inside a larger impact crater with some smaller 3 layer impact craters, this larger 2 layer impact crater is located on the side of an impact hill, the remnant of a large impact caused around 20,000 years ago. There is a really small 4th layer impact crater, though it is only a few hundred - tens of feet in diameter. It was formed by a boulder moving at a high speed in the recent past (1,000 - 500 years ago). Even at the farthest point of the asteroid, the object is still illuminated, at an impressive 956 AU away from the star.

### Star system

There are not that many interesting things about the star, it is a typical intergalactic star, it is a red giant with no planets and a few dozen asteroids.

### Gallery

3rd layer impact crater.4th layer imapct crater, it is small. There is another one on the other side of the parent crater.
AL-2AeIII

Name in game: RS 0-8-14695330-93-56-6-3330-2530 A4.3

Discover: Minhkhifg

SE version: 0.980

Class: Temperate terra with life

Diameter: 11742.84 km

Mass: 0.84002 M earth

ESI: 0.940

Semimajor axis: 8129424.33 km

Orbital period: 48.033 days

Solar days: 216.899 days

Age: 72.93 Million years

Gravity: 0.99126 g

Atmo composition: CH4,CO2,NH3,SO2 ( formaly), N2,O2,Ar ( after)

Atmo pressure: 1.74 atm ( formaly),1 atm ( after)

Temperature: 7.9487 C

Life: None ( formaly), organic multicellular ( marine, terrestrial)

Information:

is one of the most important human colonies, where there are many minerals such as Pt, Au, Ag, Fe, Ni, Cu, Co... extremely important for heavy industry, moreover the land here More fertile and suitable for many plants, the moon has many industrial and agricultural facilities, and is also an important transit point for the star system and its host galaxy.

Biomass:

according to the census: the planet now has 4 billion people and many other species with a total biomass of 448 billion tons of carbon

Geography:

The planet now has an extremely large supercontinent

View:
DR/2030/10/03.SYS-32/A/S01/A

DR/2030/10/03.SYS-32/A/S01/A is a superoceanic world that is locked in a binary planet relationship with another world that has a thick enough atmosphere that being on the surface of that world is like looking into a lightbulb. The planets were discovered on October 3rd, 2030, and orbits binary stars, and is located inside of the Large Magellanic cloud.
ALPS-4 b

## ALPS-4 b

A J'karian artists impression of the exoplanet ALPS-4 b

## Surface Conditions

### Atmosphere

* N2 59.3%
* O2 30.8%
* H20 8.22%
* CO2 1.67%

## Additional Information

### Life

Organic multicellular (marine, terrestrial)

## Known Information

### General

Type: Planet

Class: Temperate Marine Terra

Right Ascension: 14h 18m 21.86s (From Alara)

Declination: !7°33'35.05" (From Alara)

Absolute magnitude: 0m 79 (From Alara)

Distance from Alara: 46.67 light years

Effective temperature: -44.751 °C

Number of satellites: 3

Life forms: Organic multicellular

### Physical

Equatorial diameter: 15260.93 km

Mean diameter: 15260.93 km

Polar diameter: 15260.93 km

Mass: 1.1911·10^25 kg

Density: 6.4006 g/cm3

Rotation period: 32.9272194 days (Tidally locked)

Solar Day: ∞

Age: 8.408·10^9 years

### Atmosphere

Height: 61.71 km

Tropopause height: 18.52 km

Height of homogenous atmosphere: 6.89 km

Air density: 18.626/m3

Air temperature: 37.286 °C

Mass: 8.4731·10^19 kg

### Orbit

Parent: ALPS-4

Type: Elliptical

Period: 32.9271006 days

Semimajor axis: 0.1688 AU

The stars which ALPS-4 b orbits, and the location of the exoplanet