recursal/Fanatic-Fandom huggingface dataset:
Eridanus Galaxy

A somewhat normal galaxy

## Overview

The Eridanus Galaxy is classified as a Sc-type galaxy in the Hubble sequence because of its morphology. The galaxy is located in the constellation of Eridanus, hence the name, and it is 39.20 megalight-years away from Earth. Eridanus Galaxy has a diameter of about 118.14 kilolight-years, meaning it is almost identical in size to the Milky Way. The Eridanus Galaxy has no discovered dwarf galaxies orbiting it. The galaxy is the first designated object in the Systematized Collection Of Deep Sky Objects, and it is categorized as SCODSO 1.

## Structure

Eridanus Galaxy is a face-on spiral galaxy that may be classified as having a grand design, with the spiral arms dominated by bright, young stars, giving it a light-blue appearance, and the dark lanes within the spiral arms absorbing light, giving it a brown-black appearance. The Eridanus Galaxy features many star clusters such as open clusters, which are scattered all over the disk with the spiral arms of the galaxy being the most populated, and globular clusters, which are sprinkled all over the galactic halo but rarely exist inside the galactic disk and are more uncommon than open clusters.

### Spiral arms

Eridanus Galaxy has a mix of both well-defined spiral arms and flocculent spiral arms spiraling in a counterclockwise direction from the galactic nucleus. The galaxy features two major spiral arms and one minor arm, although the latter is currently unnamed.

### Nucleus

The galaxy also has a moderately large nucleus and a large galactic bulge, with no signs of a galactic bar existing in the central region. Old stars dominate the region, giving it a yellow-white appearance, and it features a supermassive black hole in the center of the galaxy.

## Supernovae

The first detected supernova was GSN-SCODSO 1a, with a peak apparent magnitude of about 13.6, and the second supernova, GSN-SCODSO 1b, peaked in brighter than GSN-SCODSO 1a with an apparent magnitude of 10.3. Since then, there have been no detected supernovae.

GSN-SCODSO 1aGSN-SCODSO 1b
## Gallery

Eridanus Galaxy's Spiral armEridanus Galaxy as seen from a telescopeEridanus Galaxy and a background galaxy
1SWASP J1407 b

This massive gas giant is located in a very young stellar system. It is surrounded by an enormous circumplanetary disk with a diameter of 90 million kilometers that is slowly accreting into various satellites.

## Surface Conditions

### Atmosphere

* 91.6% H2
* 8.05% He
* 0.307% CH4

## Additional Information

### Position in Star System

1st

**1SWASP J1407 b** (also known as J1407b or Super Saturn) is a planet in the 1SWASP J1407 system. It has the largest known ring system of any planet.
AM 0644

The AM 0644 galaxy.

**AM 0644** (also called **AM 0644-741** or the **Lindsay-Shapely Ring**) is a galaxy 300 million light-years from Earth in the Volans constellation, which it's remarkable because of its odd shape, It's appearance is an oval ring dominated by bright, massive, young blue stars with a yellowish nucleus on the side, It is theorized the ring formed due to a major collision from a foreign galaxy, It sparked a gravitational disturbance that pushed dust in the galaxy to condense and become stars, which in turn led it to spread away from the galaxy and produce a ring.
Eris

Seen here is Eris, the farthest known dwarf planet from the Sun. This icy body only has one moon: Dysnomia. NOTE: Currently no detailed imagery of Eris or Dysnomia is available. These images are taken from a procedurally generated environment, and do not reflect what the real Eris and Dysnomia actually look like.

## Discovery Information

### Discoverer

* Michael E. Brown
* Chad Trujillo
* David L. Rabinowitz

## Additional Information

### Position in Star System

13th (in Space Engine the "major" dwarf planets are counted too)
DR/2022/12/10.SYS-01/S02

## General information

DR/2022/12/10.SYS-01/S02 is a cool gas giant located inside of semi intergalactic space in the triplet galaxies of IC 4011, NGC 4882, and NGC 4889. DR/2022/12/10.SYS-01/S02 has 79 observed moons around it, and the majority of these moons are block-sized asteroids. The cool gas giant is twice the mass of Jupiter, and has a radius 11x - 12x the Earth's. The atmospheric pressure of this world is 1\*10^6 atm, and the composition is H2, HE and CH4. The age of this gas giant is 2.526 billion years, the orbital period 785.059 years, and the rotational period is 9 hours, 32 minutes, and 18.24 seconds. The average temperature here is 239.16 Kelvin.
FAQ

## General Questions

**Q: What does the tier list for this game look like?**

A: This is the most recent tier list (dated 19/03/19). Keep in mind this is only the opinion of Sleepmode (the wiki operator), so this is subject to change in the future.

Keep in mind that the gaps between tiers are very small. This game is surprisingly balanced, largely due to the fact that everyone is capable of some really silly stuff.

S Tier: Zhao Yun, Wei Yan, Xu Chu

A Tier: Huang Zhong, Xiahou Dun

B Tier: Lu Meng, Zhang Jiao

C Tier: Huang Gai, Zhang Fei, Xiahou Yuan

You can use TierMaker to make your own tier list for the game.

**Q: Does this game have netplay?**

A: No. There were plans to add netplay in a future update, but unfortunately Sealytec has stopped supporting this game for the time being. However, netplay is still possible through Parsec.

**Q: What happened to the groove selection?**

A: While they were present in the arcade version, the Steam version does not have the three selectable Fighting Modes, Attack, Defend and Combo, as the development team felt it complicated the game too much. All the abilities of all three Fighting Modes are still accessible through MAX Mode, however.

**Q: Is this game still being worked on? There haven't been any updates since October 2017!**

A: Unfortunately, development has stopped on Chaos Generation Steam Edition, at least for now. The developers in charge of the project left Sealytec some time ago, and there are currently no plans to resume development currently. What we have now is what we've got.

## Technical Questions

**Q: The game is taking forever to load!**

A: Yeah. This is likely a result of the Steam version pretty much being exactly the same as the arcade version of the game. It's basically loading everything up front so further loading doesn't need to happen during normal operation. It sucks, but them's the breaks.

**Q: My controls don't work!**

A: This game's native controller support assumes that two sets of controls are coming from one input device, which is not the case for pretty much everyone. Your best bet is to map your controller buttons to key bindings with a program like Xpadder or AntiMicro. Remember to keep your controller disconnected until the game has fully loaded, so as to prevent annoying input overlapping.
Dekotoroda

CH₄ 1.64%

CO 1.1%

CO₂ 975 ppm

## About the Planet

The reason it is so cold despite being the first planet in it's star system is because it orbits a brown dwarf. This is also why it is so red, due to the color of the light from it's star. It takes less than three days to orbit it's star, so any seasons if any at all (It is tidally locked.) are very short.

## Life on Dekotoroda

Because all fluid on the planet formerly resided in subsurface lakes, life as it is now on the planet would not exist if the subsurface microbes of the planet didn't eventually evolve into plants that's roots go deep into the soil into that fluid and by "drinking" it essentially bring it to the surface. This plant life is universally really juicy and the surface herbivores that developed eons later evolved to not only gain sustenance from these plants, but hydration as well. Of course this caused an entire food chain to develop on the surface of the planet, allowing for the terrestrial life that exists on it today. After eons of time this surface life will eventually cause enough fluid to reach the surface to form lakes, or even oceans, but of course that won't happen for a very long time from now.

The sapient species of this planet is known as the gweerp. They are a strange humanoid species that defy Earth creature classification. Recently the gweerp had made the discovery that they are not alone in their star system...

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

}
AL-5e

Name in game: RS 0-9-127933700-1605-2-3-365-194 4

Discoverer: Minhkhifg

SE version: 0.980

Diameter: 11883.54 km

Mass: 0.874 M earth

Class: marine terrae

ESI: 0.982

Semimajor axis: 3.98 AU

Orbital period: 5.432 years

Solar days: 4.328 days ( 103.872 h )

Age: 63.244 Million years

Gravity: 1.0071 g

Atmo composition: CH4,H2S,NH3,CO2,C2H2 (formerly).N2,O2,Ar (after)

Atmo pressure: 2.57 atm ( formerly).1 atm (after)

Temperature: -0.22543 C

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

Moon: 3

Colony: minhkhifg communist state

Population: 2 Billion

Information:

is a high ESI planet with 0.982!!! Therefore, the planet is colonized by Minhkhifg, with a total population of 2 billion people, the planet has a very developed economy.
Xu Chu

## Introduction

**Xu Chu** is the big, bulky grappler of Chaos Generation. While he suffers from slow movement speed, he has amazing mixup with an arsenal including combo-starting command grabs and instant overheads, along with an impressively high combo potential.

### Strengths & Weaknesses

* Command grabs start combos
* Low jump arc gives him really strong instant overheads
* Extremely high combo potential, including an infinite in the corner
* Slow movement speed
* Requires meter for more threatening conversions

## Moves

### Throws

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

### Standing Normals

 **5CD** | big ol' headbutt. Pretty standard focus attack, though it's got some nice range.

### Crouching Normals

 **2D** | it's a sweep. Pretty dang unsafe, like every sweep.

### Command Normals

 **j.2D** | Xu Chu performs a butt slam in mid-air. Has a massive cross-up hitbox, but comes out a little slowly.

### Special Moves

 **Change of Direction** | **236K x3** | well, sort of. It's a three-hit rekka. First two parts are shoulder checks, the third is a hitgrab version of his command grab. Final hit is unblockable. EX version launches the opponent higher.

### Super Combo

**Ragdoll Toss (236236P)**

Upward-angled palm strike, then tosses the opponent, slamming them into the ground a few times. Despite the angle, it will still hit crouchers, and can also hit airborne opponents. EX version ends with an EX Seismo, allowing for a combo.

### Ultra Combo

**Cao Wei Piledriver (236236BD)**

Opens up with a fairly fast shoulder charge, followed by a second shoulder check, and a toss into a highly damaging piledriver... thing. First hit is a strike, so it's quite easy to combo into this move. Does a ton of damage.

## Strategy

Xu Chu wants to be in close. He moves somewhat slowly and lacks any real consistent approach options outside of focus attack, so neutral against projectile-heavy characters requires patience. However, once Xu Chu gets in, that's when the fun starts.

Get your opponent to respect you by enforcing frame traps with your crouching lights. Once they start to freeze up, use your command grab, or even your hop A instant overhead to open them up and start doing serious damage.

On the defensive, you can use your command grab to call out gaps in pressure strings. Otherwise, your primary reversal is EX Seismo, and while it is very rewarding on hit, it requires meter.

## Combos

**Main combo starters:** [2B 2A 2C] (low), [rising j.A j.C j.D] (instant overhead)

starter > 236B 236B 236B - standard meterless confirm into knockdown

(starter >) 63214PP j.A j.C j.D j.CD 2A 236A~66 j.214P - best way to combo from EX command grab

(seismo/rekka/cmd grab) 5A 3C BC {j.B j.C j.D j.CD |> 5A} j.214P - loop segment in brackets until MAX runs out

j.214P in any combo can be replaced with super or ultra.

**The Infinite (corner only):** [rekka/cmd grab] 5A 236A~66 3C 236B(whiff) 236B 236B [delay 5A 3C 236D(whiff) 236D 236D] xN
2020

L'**année 2020**, propose la diffusion de la huitième saison de *Parents mode d'emploi*.

## Évènements

* Avril 2020 : Sortie des épisodes de la série *Dérapages* de Ziad Doueiri, dans lequel Xavier Robic à un rôle, ;
* Sortie du film *Workingirls* dans lequel Gaëlle Cholet est productrice ;
* Sortie des épisodes de la série *Faites des gosses* dans lequel Gaëlle Cholet est productrice ;
* Sortie des épisodes de la série *Peur sur le lac* dans lequel Gaëlle Cholet est productrice.

### Épisodes diffusés

* Saison 8, épisode 17 : 11 janvier 2020
* Saison 8, épisode 18 : 18 janvier 2020
* Saison 8, épisode 19 : 25 janvier 2020
* Saison 8, épisode 20 : 1er février 2020
* Saison 8, épisode 21 : 8 février 2020
* Saison 8, épisode 22 : 22 février 2020
* Épisode dont le numéro est inconnu : 15 février 2020

## Notes et références

1. ↑  Xavier Robic sur Wikipédia (version française)
2. ↑ « Xavier Robic » sur *AlloCiné*.
Dione

## Overview:

Dione is one of Saturn's enigmatic moons, a cold and icy world located within the magnificent ringed system of the sixth planet in our solar system. Dione has been the subject of fascination for astronomers and space explorers, who have unveiled its unique features and the potential for scientific discoveries. This article provides a comprehensive overview of Dione, detailing its physical characteristics, intriguing history, and the scientific insights derived from its exploration.

## Physical Characteristics:

* ***Size and Shape:*** Dione ranks as one of Saturn's larger moons, with a diameter of approximately 1,123 kilometers (698 miles). Its spherical shape reflects the gravitational equilibrium achieved by its mass and composition.

* ***Surface Features:*** Dione's surface displays a fascinating blend of icy plains, craters, and distinctive grooves known as "wisps." These features have sparked scientific curiosity about the moon's geological history.

## Geological and Geophysical Insights:

* ***Internal Structure:*** Studies of Dione have indicated the presence of a subsurface ocean beneath its icy shell. This revelation has piqued interest in understanding the potential habitability of subsurface oceans on icy moons in the outer solar system.

* ***Wisps:*** Dione's wispy geological features are intriguing linear patterns thought to be the result of tectonic processes. Scientists continue to investigate their formation and implications.

## Scientific Significance:

Dione holds considerable scientific importance, contributing to our understanding of the outer solar system:

* ***Subsurface Oceans**:* The potential existence of subsurface oceans on icy moons like Dione raises questions about habitability and the possibility of life beyond Earth. Research into the conditions and composition of these oceans offers valuable insights.

* ***Planetary Geology:*** Dione's unique surface features, including its wisps and impact craters, add to our knowledge of planetary geology and the processes shaping celestial bodies throughout the solar system.

## Exploration:

Dione has been the target of scientific exploration, primarily through the Cassini-Huygens mission:

* ***Cassini-Huygens:*** The Cassini-Huygens spacecraft, a collaboration between NASA, the European Space Agency (ESA), and the Italian Space Agency (ASI), conducted multiple flybys and observations of Dione during its mission to the Saturnian system. Data collected during these encounters have provided essential insights into the moon's composition, geology, and internal structure.
DR/2022/12/03.SYS-03/B/S01

## General information

### Climate

DR/2022/12/03.SYS-03/B/S01 is a windswept sub-oceanic cloudy world with a temperature of around 413 K with large circulations that travel around the equator. The atmospheric composition of this world is C02, H20, C2H2, NH3, and N2. The atmosphere is a shade of pale-blue, and the atmospheric pressure of this world is around 6.97 ATM.

### Geography

This world's geography is made up of vast plains colliding with large tectonic boundaries that have mountains higher then Mt. Everest, though there is no ice caps. The majority of the world is made up of the vast plains. There are plenty of small oceans large enough to not be seas and they are all clustered with large sweeps of land between clusters, that is why the planet is considered as sub-oceanic as you can still travel the world completely by land.

### Orbital and rotational

This world's orbital period is 2.527 days, and the inclination is -1\*53'31.04", and it orbits a black hole. The worlds rotation period is exactly like its orbital period, 2.527 days, its tidally locked.
Amautheias

## Amautheias's information

This planet is a temperate marine superterra with life that was discovered on June 20th, 1985, and has 9 observed moons around it. The greenhouse temperature of the planet is 81.258 kelvin, with the exosphere temperature being 1401.9 kelvin. The speed of sound on this world is 739.61 miles per hour. The average temperature on the planet is 275.81 klevin. The air density is around 33.556 kilograms per meter squared. The atmospheric pressure is around 27.2 atm, and the height of the homogeneous atmosphere is 11688.59 feet. The tropopause height is estimated to be around 33057.29 feet. The height of the atmosphere is 18.66 miles, not that high of an atmosphere, only a few miles more then the distance from the Marina trench and Mount Everest.

The atmospheric composition is Nitrogen with it coming at 89.3%, Oxygen at 10.1%, and Watert being 0.313%. Carbon Dioxide is 0.24%. Sulfur dioxide comes at 5th witb it being 273 parts per million, and regular carbon comes at 6th with it being 17.2 parts per million. Helium comes in at 7th with it being 4.64 parts per million. Argon is surprisingly common in this world’s atmosphere with it being 4.27 parts per million Neon is also here in the planet’s atmosphere with it being 0.192 parts per million. The equatorial diameter of the planet is 13654.08 miles, with the polar diameter being 13463.20 miles. The oblatness is around 0.01398, with the mass being 4.1682\*10^25 kilograms, or around 6 times the mass of the Earth. The isolation of the planet is 0.56261, with the effective temperature being 194.52 kelvin. The earth similarity index is around 0.828, pretty smilar to the Earth. The albedo is around 0.57395. The rotational period is around 9 hours, 56 minutes, and 42.40 seconds.

The solar day of the planet is 9 hours, 57 minutes, and 4.37 seconds. The axial tilt to the orbit/sun is 62\*52’00.41”, The gravity on the equator is aorund 22.727 meters per second, with the gravity on average across the world being 23.23 meters per second. The gravity on the poles is around 23.67 meters per second, with the circular / escape velocity being 35737.29 miles per hour and 50540.15 miles per hour. The planet has an age of 6.281 billion years, older then the Earth by a few billion years. The tidal heating of the planet is 4.4736\*10^8 wats. The maximum depth of the ocean, or the deepest point of the ocean is 5891.14 feet, with the average molar mass is 18.019. The density of the ocean is 1 gram per square cetimeter. The average temperature of the ocean is 275.81 kelvin. The pressure of the ocean is 27.2 ATM, with the bottom pressure being 439 ATM. The bottom composition is just regular rock. The composition of the ocean is water and sulf dioxide, sulfure dioxide is just 89.4 parts per million. The roche limit for satellites is 11266 miles.

### Moons

 Mass
 Diameter
 Orbital period
Berman

Berman or RS 8513-2578-6-65921-282 6 - is the sixth planet from the star RS 8513-2578-6-65921-282. The planet is a cool marine super-Aquaria. Berman is very different from other habitable worlds.

## Surface Conditions

### Atmosphere

* 85.9% N2
* 12.3% CO2
* 1.75% O2

## Additional Information

### Position in Star System

6th

ESI: 0.754

## History

* Almost nothing is known about the history of the planet. But it is known that the planet was formed 3.4 billion years ago. Which is a billion smaller than Earth. Despite this, multicellular life on the planet formed earlier than on Earth.
* ~3.3-2.0 billion years ago. Approximately during this period, single-celled life appeared
* ~1.3 billion years ago. The emergence of multicellular life. Presumably at the bottom of the ocean
* ~750 million years ago. Slight warming of the planet. Flora begins to explore the land.
* ~470 million years ago. The first land creatures begin to explore the land
* ~91 million years ago. Age of strange geological formations
* Today - The planet is divided into many seas and what looks like continents. The planet itself is very different from Earth.

## Biosphere

The biosphere is very, VERY different from Earth. There are only a couple of species that vaguely resemble Earth species. For example crabs. But in all other respects, the creatures from Berman are very different. To some people, they may seem strange and nasty, but at the same time very inviting. It is very difficult to describe them, some of them may be flying thin threads, while others may seem to be something like a living liquid. Some scientists seriously believe that beings from Berman may have telepathy or some kind of psionic "link". The planet's flora is mostly long bluish grass. Marine fauna and flora lives only at the bottom of the seas. Many researchers who saw marine life lost their minds forever. Some describe them as if someone made the inhabitants of the Mariana Trench on Earth a thousand times more terrible and unusual. Perhaps there are several more underwater waters under the ocean, and no one knows what or who lives there.

## Geology

The planet is almost equally divided into land and sea. The surface of the planet is dominated by mountainous terrain and hills. The seas are 100% CO2. There is ice at the bottom of the ocean. And if there are geothermal sources deep underground, then there most likely are whole huge underground oceans. Perhaps there are several of them in different layers

## Strange geological formations

On the surface of Berman are very strange elongated "pillars" 91 million years old. No one knows whether these objects are artificial or natural. Because everything is possible on this planet.

Strange geological formations №1Strange geological formations №2Strange geological formations №3Strange geological formations №4Berman surface mapBerman with Rodrigos ModSurface map of the planet with Rodrigos Mod
Enemora

Enemora is a moon similar to Earth in size and composition, orbiting around a giant gas planet in a star system located about 300 light-years away. Unlike Earth, Enemora is completely covered by vast oceans that cover its surface.

In the oceans of Enemora, life has developed in a unique and surprising way. Marine unicellular life is the dominant form of life in Enemora and is the basis of the ocean food chain. These cells come in a wide variety of shapes and sizes, from microscopic spheres to filamentous structures that extend several meters.

Most of the unicellular cells in Enemora are photosynthetic, using the energy from the sun to produce food and oxygen. However, some forms of life in Enemora are chemosynthetic, using chemical energy instead of solar energy to produce food.

In addition to unicellular cells, there are more complex forms of life in Enemora, including jellyfish-like organisms that float in ocean currents, and crustacean-like creatures that swim in the depths of the ocean. These animals have strange and surprising shapes, with translucent bodies and tentacles that extend to capture prey.

The ecosystem of Enemora is very delicate and balanced. Although life on Enemora is less diverse than on Earth, it is equally fascinating and surprising. The moon has captured the imagination of many scientists and explorers, who hope to one day have the opportunity to explore its mysterious ocean depths.
16 Psyche

The Metal Asteroid

## Overview:

Asteroid 16 Psyche, situated in our solar system's asteroid belt between Mars and Jupiter, is a celestial body like no other. Unlike the typical rocky or icy asteroids, Psyche is composed almost entirely of metal. This unique composition has made it a subject of immense interest for scientists and space exploration.

## Physical Characteristics:

* 16 Psyche is a relatively large asteroid, with an estimated diameter of about 226 kilometers (140 miles). It is one of the most massive objects in the asteroid belt.

* Its surface is primarily composed metal such as iron and nickel, making it a dense and metallic world. In fact, it's often referred to as the "metal world."

* The asteroid lacks the familiar features of rocky terrain or icy surfaces found on other asteroids and planets. Instead, it exhibits a rugged and irregular surface with impact craters, providing clues about its turbulent history.

## Atmosphere:

* Unlike planets or moons, 16 Psyche does not possess a significant atmosphere. Its limited gravity is insufficient to retain gases.

## Formation and History:

* The origin of 16 Psyche remains a subject of scientific curiosity. It is believed to be the exposed metallic core of a protoplanet, which lost its outer layers due to massive collisions with other celestial bodies.

* Studying Psyche provides valuable insights into the early solar system, allowing scientists to better understand planetary formation and differentiation.

## Scientific Significance:

* Psyche represents a unique opportunity for scientific exploration. NASA's Psyche spacecraft mission, launched to study this intriguing asteroid, aims to investigate its composition, geology, and history.

* The spacecraft's findings could contribute to our knowledge of metallic cores within the rocky planets, offering insights into Earth's own core.

## Future Exploration:

* The Psyche spacecraft is expected to reach its destination in the asteroid belt, orbit 16 Psyche, and conduct extensive surveys to unravel the asteroid's mysteries. The mission will pave the way for humanity's deeper understanding of the early solar system.
Clavaka

A tidally locked desert planet with complex life and lush vegetation.

General Information

Clavaka is an Earth-sized desert planet with complex terrestrial life. It orbits an orange dwarf and is the fourth planet in its own system. It's neighbour is also a desert planet with life but much colder. The system is part of a binary star system sharing with a red dwarf. In the other system there is a terra also with complex life along with subzero temperatures. Clavaka is 11 billion years old and has only recently has complex life for only a few hundred million years. Clavaka's gravity is slightly weaker and the surface pressure is much less. It is also unbreathable to humans with a small amount of oxygen. Clavaka is also tidally locked with one side having a permanent day and the other having a permanent night.

Climate & Biosphere

Clavaka has no clouds making precipitation non-existent. The vegetation and animals on this planet are well adapted to this and rely on water vapour to suck in. There is no liquid water on the surface.

The planet has two seasons. The first season is when temperatures are lower with the average surface temperature being 14C. Many plants are born and thrive at this time. At the end of the season a lot of plants die off as temperatures begin to rise up to 28C at the peak of the second season. The second season makes conditions harsh as it becomes more hot .

On the night side and twilight zone of the tidally-locked planet - it is a barren wasteland with very few animals living there. On the round edges of the day side of the planet it is covered in darker vegetation while getting closer to the centre is filled with much lighter vegetation. Much of the centre of the planet is desert. Along with desert, the planet is also filled with grassland, shrubland and steppes in the day side.

Species

Images
Bloodeth

(*Space Engine makes the vast majority of Oceans blue, so I decided to make this one red like the atmosphere. In the game it has normal oceans, but from space it looks red, so I made it red, plus the idea of a red ocean on an Exoplanet is interesting.*)

## Bloodeth's information

Bloodeth, also known as HIP 1887 G, is a temperate marine superearth with life that is located near another star, HIP 1891, and it was discovered on November 11th, 1992. The planet has an estimated 16 moons, though there are only 7 major ones around the planet. The atmospheric pressure is 273 ATM. The composition of the atmosphere is nitrogen, carbon dioxide, oxygen, and water. The planet is named Bloodeth for a reason, and that reason is that the unicellular life of the planet made the oceans blood red. The unicellular life seems to have red chlorophyll, and is responsible for the ocean color. The planet also looks like Earth during the late Triassic and early Jurassic. The gravity of the planet is 2.3505 g, and the age of the planet is 2.781 billion years, making it a very young planet. The axial tilt for this world is 18\*18’17.43", with the solar day being 10 hours, 4 minutes, and 32.18 seconds. The rotational period of the planet is 1.15 seconds shorter than the solar day. The orbital period of the planet is 37.348 years.

The semimajor axis of the planet is 11.93 AU. The planet has an earth similarity of 0.810. The planet has a mass 5+ times that of the earth, at 5.7748 M⨁. The planet has a diameter of 19972.18 kilometers and a radius in miles is 12410.14 miles. The planet’s blood-red ocean covers the vast majority of its surface, and there are several volcanic oceans that litter the ocean. This makes the planet look like it's in its primordial era, and it's predicted that life will at some point evolve into something that will resemble us. The planet got its name in 1998, when the Hipparcos catalog was coming to an end and a higher resolution observation of the planet was done. Before this point, the planet was seen as a red dot and considered a Mars-like world. In 1998, they discovered the ocean. There is only one continent on this planet by the name of Bloodethia.
AHL-5

Name in game: RS 0-0-0-1583-28806-0-0-449 A

Discoverer: Minhkhifg

SE version: 0.980

Diameter: 98.27 AU

Mass: 300 M solar

Spectrum: M9.4Iab

Luminosity: 80811

Temperature: 2086.9 C

Semimajor axis: 4.97 AU

Age: 1.859 Million year

Planet: 1

Information:

the star is currently the largest star in the universe ever discovered with a diameter of 98.27 AU
Adonis

Adonis from space

Adonis, named after the eternally young greek lover of Aphrodite that symbolized death and rejuvenation of vegetation, is a planet orbiting a double red dwarf star system, particularly the first one (M2.4 V). It's immediately recognizable thanks to it's purple-ish color. It's a terra smaller than Earth, but its crushing atmosphere of 8.76 atm, atmosphere mostly composed of CO₂ and tidal lock makes it completely unsettable by humans. However, Adonis has developed complex marine and terrestrial life, which have adapted to the extreme conditions of the planet on the "light" and "dark" side.

### Main characteristics

Adonis has been observed to have active volcanoes, something curious for a tidally locked world, and has been observed to have a mostly flat terrain with small hills. It's skies are tainted of a magenta color and occassionally beautiful double sunrises and sunsets occur.
DR/2060/05/23.SYS-00/B/S05

## General information

DR/2060/05/23.SYS-00/B/S05 is a cold gas giant and is the 5th away from its parent star and it takes around 1.794 years to get around it. This world also has a Spanish name, Colorear de Verde el Joya, "Colored green the Jewel". This world was discovered on May 23rd, 2060, and is located inside of the IC 1101 galaxy. 67 total moons have been observed around this gas giant. It's 5 times more massive than Jupiter, its radius is 47110 miles. The atmospheric composition is H2, and HE. The Earth similarity is around 0.362, not unexpected as the average temperature in this world is around 149 Kelvin (-124 Celsius, -191 Fahrenheit).

### Name origin

During the late 2050s, 2060s, and early 2070s, due to demographic changes in the US, it caused (S)GAIA Expeditions, now **22nd Century Explorations**, to start naming more of it's worlds in Spanish, whilst still retaining the traditional data names. When first observed on May 22nd, it was seen to be a "*A glittering green ball, almost like a jewel.*" The name was given on June 2nd, 2060.

### Moons

Like most supergiants, this world has moonatoids, these moonatoids are regular, to dwarf planet sized. One of them even has rings and small seas. The largest of the moons is a cold arid aquaria. A certain Annadale named one of the moons "*Larson el llano y mojado*" in 2069.
Monique Martinet

**Monique Martinet**, est l'un des deux personnages de la série apparaissant pour la première fois dans la saison 3. Elle est la mère de Gabriel Martinet, et elle est mariée à Jean-Pierre Martinet.

## Description

### Physique

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### Mentale

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### Famille

 Article détaillé : Famille Martinet

La **famille Martinet**, est la plus complète de la série. Elle comporte les parents, les grands-parents, les cousins, cousines... Un arbre généalogique est donc dure à réalisé. Pour avoir plus de détails, vous pouvez consulter l'article du wiki famille Martinet, qui comprend un arbre généalogique plus complet.

## Biographie

### 2014 - 2015 [S3]

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### Primes

#### 2015 [TFT]

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### 2015 [S4]

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### 2015 - 2017 [S5]

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### 2017 [S6]

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### 2017 - 2018 [S7]

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Dans cette saison, on voit le visage d'Isabelle passée pour la dernière fois. En effet, il s'agit de la dernière saisons de tournage, pour laisser ensuite place aux familles Fayol-Mercier et Brunetti Kebala.

## Apparitions

* Saisons

* Saison 3
* Saison 4
* Saison 5
* Saison 6
* Saison 7

## Annexes

### Voir aussi

* Famille Martinet
* Lise Lamétrie
Bennu

The Interesting Asteroid

## Overview:

Bennu, an enigmatic asteroid located in our solar system, has captivated the attention of scientists and space enthusiasts alike. This small celestial body, formally known as 101955 Bennu, is a near-Earth asteroid that belongs to the Apollo group. It has become a focal point of study and exploration, particularly through NASA's OSIRIS-REx mission. Let's delve into the details of Bennu's characteristics and its significance in the realm of space exploration.

## Physical Characteristics:

Bennu is a relatively small asteroid, with a mean diameter of approximately 490 meters (1,610 feet). This size is comparable to that of a few city blocks or the height of a skyscraper. It is categorized as a potentially hazardous asteroid (PHA) due to its proximity to Earth's orbit and its potential to impact our planet in the distant future. Bennu has a somewhat irregular shape, resembling a spinning top or a rough, rocky diamond.

## Orbit and Location:

Bennu follows an orbit that brings it relatively close to Earth, which is one of the reasons it has drawn so much attention. Its semi-major axis is about 1.126 astronomical units (AU), with an orbital period of approximately 1.2 years. Bennu is classified as a near-Earth object (NEO), and its orbit intersects with Earth's, making it accessible for study and potential future missions.

## OSIRIS-REx Mission:

Bennu became the target of NASA's OSIRIS-REx mission, which stands for "Origins, Spectral Interpretation, Resource Identification, Security, Regolith Explorer." Launched in September 2016, this spacecraft rendezvoused with Bennu in December 2018 and commenced an extensive survey of the asteroid. The mission's primary objectives include mapping Bennu's surface, studying its composition, and returning a sample of its regolith (surface material) to Earth.

## Composition and Origins:

Bennu is believed to be a primitive, carbon-rich asteroid, which makes it a time capsule from the early solar system. Scientists speculate that it contains valuable information about the building blocks of planets and the origins of life. Studying Bennu's composition is crucial for understanding the materials that might have contributed to Earth's formation and the emergence of life.

## Significance:

Bennu's significance lies in its potential to shed light on the early history of our solar system and the conditions that prevailed during its formation. Its study could provide insights into the distribution of organic molecules and water-bearing minerals, which are essential for life as we know it. Additionally, understanding the orbital dynamics of near-Earth objects like Bennu is essential for planetary defense against potential impact events.
Daphnis

## Physical Characteristics:

Daphnis is a small moon located within Saturn's magnificent ring system. It is quite tiny, measuring only about 8 kilometers (5 miles) in diameter. Despite its diminutive size, it plays a crucial role in shaping the structure of the Keeler Gap, one of Saturn's prominent ring gaps.

## Orbit and Location:

Daphnis orbits within the Keeler Gap, a region in Saturn's A Ring. This gap is approximately 42 kilometers (26 miles) wide and is kept open due to the gravitational influence of Daphnis.

## Surface and Appearance:

The moon appears irregularly shaped, with a rugged and heavily cratered surface. Its irregular shape is due to the uneven distribution of its mass, which results in a somewhat potato-like appearance.

## Formation and History:

Daphnis likely formed from leftover debris during the early stages of Saturn's moon formation. Its small size and location within the Keeler Gap indicate that it may have originated as a fragment of a larger moon or object.

## Role in the Ring System:

Despite its size, Daphnis has a significant impact on Saturn's ring structure. As it orbits within the Keeler Gap, it generates gravitational disturbances that create waves and ripples in the nearby ring material. These disturbances can be observed as intricate patterns and structures in Saturn's A Ring.

## Future Exploration:

Daphnis has been observed and studied primarily through the data sent back by spacecraft like Cassini. While it is not a primary target for future exploration, ongoing research continues to unveil more about the role of small moons like Daphnis in shaping Saturn's stunning ring system.
Boriallas

Boriallas is a star located in the NGC 6384 galaxy, it is a yellow dwarf with a spectrum of G5.8 V and is 6.1 billion years old. It is very similar to the sun, being slightly smaller and less massive and luminous. The system has 8 planets, and 2 moons with life.

## Star & System information

Boriallas shines light on 8 planets, and over 200 moons. 2 of these moons host life, but no highly intelligent life inhabits this system. Boriallas itself is an active yellow dwarf star, quietly burning hydrogen into helium. Boriallas shines with the energy of roughly 0.96018 suns, its photosphere--more or less surface-- only slightly more orange in appearance than our sun's own 5780 Kelvin photosphere. Stars of this type are also fairly similar in mass, from 0.9 to 1.1 solar masses.

As a G-type main sequence star, Boriallas is still in the first stage of its life, quietly fusing hydrogen into helium. Once its core supply of hydrogen runs out, it will swell to much larger proportions and become a red giant. It will also begin to fuse helium into more massive elements of carbon and oxygen. Its eventual death will create one of the most beautiful spectacles the sky has to offer by shedding its outer layers and forming a spectacular planetary nebula. The remaining, skeleton-like star-- known as a white dwarf-- will illuminate and propel the nebula outward for thousands of years.

## Known Planets

Boriallas is home to 8 alien worlds that orbit the star, some hot and some cold, but each unique.

* Boriallas 1 (Unnamed)
* Boriallas 2 (Unnamed)
* Boriallas 3 (Unnamed)
* Phoenix
* Boriallas 5 (Unnamed)
* Boriallas 6 (Unnamed)
* Boriallas 7 (Unnamed)
* Boriallas 8 (Unnamed)
DR/2022/11/30.SYS-01/B/S07

(*EEEEEEEEEEEEEEE*)

## Summary

DR/2022/11/30.SYS-01/B/S07 is a Frigid ice giant that is slightly larger then Neptune, and has a radius of 13212 Miles. The ESI of this world as of 2029 is 0.221, the density of this frigid ice giant is 2.837 g/cm3. The gas giant has 31 moons orbiting at the moment, and 4 of them are major. One of them has rings. *Does Space Engine think that rings around moons are common? This is like my 20th this week.* The atmospheric composition of this world is H2, HE, and CH4, a very common composition of gas giants of this type for some reason. The planet is part of an independent binary, and orbits the B star. It's orbit is 3.651 years. The frigid ice giant has a temperature of 76.717 Kelvin, or -197 Celsius.
Eondalite

## General information

Eondalite is a warm lacustrine terra located in the far regions of the IC 1101 galaxy that was discovered on September 23, 2025. The solar day on this world is 21 hours, 6 minutes, and 17.04 seconds. There has only been one moon observed orbiting this planet. The average temperature on this planet is 344.73 kelvin, with an atmospheric pressure of 24.3 atm. The greenhouse's effective temperature is 27.714 kelvin. The planet is the eighth from its red supergiant parent star, with an orbital period of 207.126 years. Seas have been observed all over the world. The diameter of this world is 5078.58 miles, with a mass of 0.23352 M⨁.
Acconda

Hope - 6: Acconda

**Acconda** is the sixth planet of the **Hope System** in the **NGC 7083 Galaxy**. It is a cold ice giant with distinct tan, green, and white color patterns. It serves as a sort of *"shepherd"* for comets entering the outer Hope System, with all twenty-three of its dwarf moons being captured interstellar comets entering the star system.

Notably, Acconda's orbit would become radically altered following an interstellar exchange between Hope and a nearby star. This led to the ice giant planet to enter within the orbit of its sister world, **Douma**. This event, unfortunately, led to the destruction of all life on the aforementioned planet as it caused the once temperate terra world's temperature to rise exponentially, evaporating its oceans, leading to the life on the planet's death.
Digamma

This terra is illuminated by the cold light of a white dwarf and by the reddish glimmer of a brown dwarf. It has a very dense atmosphere, which causes a moderate greenhouse effect, and it orbits extremely close to the two stars. Thus Digamma is quite a warm world, despite the low amount of stellar energy emitted by its parent object.

## Surface Conditions

### Atmosphere

* 82.5% CO2
* 15.3% SO2
* 1.91% H2O
* 0.297% N2
ALPS-7 Bf

## ALPS-7 Bf

J'karian artists impression of the exoplanet ALPS-7 Bf

## Surface Conditions

### Atmosphere

* N2 98.9%
* O2 0.871%

## Additional Information

### Life

Organic multicellular (marine, terrestrial)

## Known Information

### General

Type: Planet

Class: Temperate Marine Terra

Right Ascension: 22h 10m 44.58s (From Alara)

Declination: -14°02'08.96" (From Alara)

Absolute magnitude: 2m 53 (From Alara)

Distance from Alara: 76.82 light years

Effective temperature: -175.51 °C

Number of satellites: 7

Life forms: Organic multicellular

### Physical

Equatorial diameter: 13821.86 km

Mean diameter: 13785.41 km

Polar diameter: 13712.81 km

Mass: 9.5297·10^24kg

Density: 6.9474 g/cm3

Rotation period: 13h 56m 45.80s

Solar Day: 13h 58m 53.70s

Age: 5.000·10^9 years

### Atmosphere

Height: 45.32 km

Tropopause height: 20.87 km

Height of homogenous atmosphere: 6.50 km

Air density: 156.07 kg/m3

Air temperature: 15.849 °C

Mass: 5.493·10^20 kg

### Orbit

Parent: ALPS-7 B

Type: Elliptical

Period: 228.643458 days

Semimajor axis: 0.4309 AU

ALPS-7 B and the location of the exoplanet ALPS-7 Bf
Casot

Casot is the 4th planet of the HIP 17684 system, whose parent star is a F8IV white subgiant star.

At the first glance of Casot, her appearance might remind you of the planet Uranus, for she has an axis tlit of 79°, as well as her complex ring system over her equator. Casot is like a smaller, purpler version of Uranus, or, as you might have thought, an elegant lady with a shiny necklace.

## Orbital and rotational facts

For her high tilt, the seasonal changes on the surface of Casot is slow but obvious, like Uranus. The summer and winter climate in a Casot year (1.518 Earth years, 675.45 Casot days) is completely different.

It's not a coincidence that Casot's SMA is similar to her orbital period in terms of figure,for her parent star's mass is greater than Sol.

## Atmosphere

In spite of her small mass and low G,Casot managed to take hold of a "thick" atmosphere.The atmosphere is mostly made up of 56.6% of CO2,21% of H2O and 13.7% of O2.Greenhouse gases' 67.7% percentage is impressive,but the existence of SO2(1.67%) severely weakens it,leading to a mere 4 ℃ of greenhouse effects.

SO2 also "purples" Casot's ocean and her atmosphere.Her rain and snow are always acid because of CO2 and SO2 in her atmosphere.

## Ocean

As has mentioned above,Casot's ocean became purple because of the

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4

2
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and

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3

2
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salts in it.

It's acid with great amounts of CO2 and SO2 dissolving in it,as well as H+ from generated H2SO4.

Regardless of the chemicals mentioned above,the ocean mainly consists of water.

## Terrain

Land cover a large percentage of Casot's surface.There are lakes and rivers,mountains and ridges,canyons and plateaus.The terrain is smooth,compared with most terras.

## General Climate

Casot 's general climate is temperate.The greenhouse effect allows her average surface temperature to go beyond 0℃.

Because of her crazy axis tlit,Casot's atmospheric movements are always fierce and many storms dotted her horizon,however this is greatly weakened by her ocean.

## Life

There is only unicellcular life in Casot's ocean.There's no life on Casot's land.Given the fact that Casot is very young(1.8B years),this is considerable.However its low complexity,it generated most O2 in her atmosphere.But it's unlikely that it will become intelluctal life,for Casot's parent star has a shorter life than sol.

## Trivias and interesting facts

Darkcomet2 doesn't have a 0.990 SE.Casot is discovered by sxfSandy,and was published to this wiki by Darkcomet2.He wrote this article by some screenshots(pictures on this page) provided by sxf.