recursal/Fanatic-Fandom huggingface dataset:
Deimos

## Overview:

Deimos is one of the two natural satellites of the planet Mars, known as Martian moons. This article provides an overview of Deimos, its discovery, physical characteristics, orbital dynamics, and its significance in the context of Martian exploration and potential future missions.

## Discovery:

Deimos was discovered by American astronomer Asaph Hall on August 12, 1877. It was found just six days before its larger sibling, Phobos. The discovery of these two small moons marked a significant moment in the study of Mars and its celestial companions.

## Physical Characteristics:

* **Size and Shape:** Deimos is a small moon with a mean radius of approximately 12 kilometers (7.45 miles). Its irregular shape and diminutive size make it one of the smallest natural satellites in the solar system.

* **Surface Features:** Deimos' surface is heavily cratered and appears much like the Moon's surface, featuring both impact craters and regolith. Its landscape is dominated by smaller, shallow craters due to its low gravity.

* **Mass and Density:** With a very low density, Deimos' composition is believed to be a mix of rock and metal. However, it is significantly less dense than Mars, suggesting that it may be a captured asteroid or a remnant from the early solar system.

## Orbit and Rotation:

Deimos' orbital characteristics are as follows:

* **Circular Orbit:** Deimos follows a nearly circular and close-in orbit around Mars, with an average orbital radius of about 23,460 kilometers (14,580 miles).

* **Tidally Locked:** Like many small moons, Deimos is tidally locked to its parent planet. This means it always presents the same face to Mars.

* **Orbital Period:** Deimos orbits Mars at a distance of approximately 6.9 Martian radii and takes about 30.3 hours to complete one orbit.

## Significance:

While Deimos may be relatively small and lacking in the dynamic features of larger moons, its presence contributes to our understanding of the Martian system. It serves as a subject of scientific study, offering insights into the formation and evolution of moons in close proximity to larger celestial bodies.

## Exploration:

As of the current date, Deimos has not been the target of dedicated exploration missions. However, as interest in Martian exploration grows, future missions might consider studying this intriguing moon more closely, potentially providing insights into its origin and composition.
Aion

Planet in the Servius ɑ System (Σέρβιους ɑ).

A temperate Marine terra discovered by Ιωσήφ Σέρβιους (Josephus Servius) located in the galaxy Χώρα των Αστέρων (Land of Stars). The system is located on the Servi Arm of the Χώρα των Αστέρων galaxy in the constellation Αστερισμός Σέρβιους (Literally Servi Constellation). The technology used for discovering the Planet is not yet known. It was destroyed in a fire at Athens and since has not been recovered. The only mentions of it are from Servius' documents and his book Χώμα Αστέρι της Ζωής (Earthen Star of Life) which is split into 3 Volumes but has only been partially recovered having experienced fire damage.

## Geography

The regions on Aion can be separated into 5 Regions (Predominantly 3, proposed by Servius himself though separated into 6 regions 50 years after Servius had died).

1. Διάσπαρτη Γη (Scattered Land)
2. μεγάλη γη προσκόλλησης (Land of Great Portrusion)
3. χώρα του ενδιάμεσου (Land of Inbetween)
4. Ρηχή Γη (Shallow Land)
5. Μακρινή Γη (Far Land)
6. Νότια γη (Land of the South)
Augen V

Here, the life is colossal but not very varied, with living beings the size of buildings, thanks to the low gravity of the planet.

## Surface Conditions

### Atmosphere

* O2 97.98%
* SO2 2.013%
* CO2 0.002%

## General

This Desert planet is very far away from Earth. from the old home of humans. It is 284.11 Millions light years away. in a distant galaxy know as Iduny. Augen V is a rocky planet extremly lightweigth with 7 hundredths the Earth's mass and quarter of its gravity, thus propitiating enormous forms of life after having evolved slowly in a cold world without any kind of liquid on its surface, since we can only find rocks and rough brown and beige plains compound manly of ferric oxide, silicon, carbon among other minerals.

## Life

The άγρυπνος πύργος ( from the Greek meaning: *watchtower* ) are organic structures based on carbon similar to giant columns, with a slow metabolism and based on obtaining nutrients and proteins found in the soil where they germinate as terrestrial trees, being the most predominant and enormous species of the planet reaching **70 meters of height** in its most advanced age.

The low gravity of the planet allows them to reach exorbitant sizes as they can support more weight than on earth without collapsing, however the low atmospheric pressure and excess oxygen forced them to be anaerobic organisms and rigid by the low temperatures that hinder mobility in eukaryotic carbon bodies.

The method they use to reproduce is through the fragmentation of the remains of a **colossus** already dead that is scattered through the air in the Ecuadorian areas of the planet which germinate and put reices in the ground to live in that place the next 300 years of their life until their death and then also repeat the processes of their mother.

The function of these beings are to observe only and be happy, making use of their photo-converting cells that form something similar to a visual organ (giant eye) located on its top, detect light that stimulates electrochemical impulses, which translated from electrical signals as a feeling of happiness.

That is the function of one all biological variations of this specie.
Citer 3

A small warm desert planet.

## Basic Information

Citer 3 is named after its home star: Citer - a Red Dwarf star, and its position from its sun. It is the smallest planet in the Citer system but the first one that is not a gas giant. Citer 3's diameter is 4439.55 km, making it smaller than Mars and slightly larger than Pluto.

Due to its close proximity to its home star, Citer 3 orbits once every 33 (Earth) days, and as a result, is (along with Citer 1 and Citer 4) tidally locked. The atmosphere is completely comprised of Sulfur Dioxide due to Citer 3's volcanic past, thus making it very toxic to Humans.
WaveNut

WaveNut is a male contestant part of the second season of the DCR Wiki Show. He is a member of the Newbies team introduced in On the 8th Day of Christmas...

## Season 2

* In On the 8th Day of Christmas... WaveNut arrives as a present in a box to the Newbies due to their numbers disadvantage. He became excited as he was a massive fan of the show and became immune for the elimination.

## Trivia

* He has only appeared in one episode so far, Episode 8 of Season 2
* He is similar to AngieStripper, Poolol and DPSWM except he joined later and the choice if he joined was this time decided to the viewers.
* He is the second person to be immune before voting, the first being Torsita in Whose Soul is Hollow?
ALPS-1 e

A J'karian artists impression of ALPS-1 e

Class: Temperate Marine Superterra

Right Ascension: 22h 30m 25.63s (From Alara)

Declination: 85°48'31.83 (From Alara)

Absolute magnitude: 0m 46 (From Alara)

Distance from Alara: 14.68 light years

Effective temperature: -81.918 °C

Number of satellites: 4

Life forms: Organic multicellular

Mean diameter: 15987.05 km

Polar diameter: 15987.05 km

Mass: 1.5069·10^25 kg

Density: 7.0434 g/cm3

Rotation period: 33.8627434 days (Spin-orbital resonance 2:3)

Solar Day: 101.59001 days

Age: 12.432·10^9 years

Tropopause height: 15.53 km

Height of homogenous atmosphere: 5.50 km

Air density: 31.129 kg/m3

Air temperature: 6.1811 °C

Mass: 1.2414·10^20 kg

Type: Elliptical

Period: 50.794 days

Semimajor axis: 0.1931 AU

An image of the ALPS-1 star with a highlighted location of ALPS-1 e taken from an Alaran orbital telescope
Aquaria

*Aquaria (Ice planet, water planet) is a type of planet than contains water in the form of exotic ices and liquid (but not vapor or supercritical fluid - that is a minineptune). The boundary is > 25% by mass of the planet. Almost all dwarf planets and moons of gas planets in the Solar System are aquaria. Aquaria is the most common planet type in the Space Engine universe.*

General characteristics
Aquaria is a very common type of planet (and moon). Most commonly found ocean planets and as icy planets consisting of a global cryosphere. The gravity of such planets is low, as a result of its small mass. An ice planet's surface can be composed of water, methane, ammonia, carbon dioxide (known as "dry ice"), carbon monoxide, nitrogen, and other volatiles, depending on its surface temperature. Ice planets would have surface temperatures below 260 K (−13 °C) if composed primarily of water, below 180 K (−93 °C) if primarily composed of CO2 and ammonia, and below 80 K (−193 °C) if composed primarily of methane. Many ice worlds likely have subsurface oceans, warmed by internal heat or tidal forces from another nearby body. Ocean planets (Superoceanic aquaria) usually have an ocean +100 km deep. Ice VI and ice VII are most often found at the bottom. Typically, these oceanic planets have a dense atmosphere and clouds.

Life
Liquid subsurface water would provide habitable conditions for life, including fish, plankton, and microorganisms. Subsurface plants as we know them could not exist because there is no sunlight for the use of photosynthesis. Microorganisms can produce nutrients using specific chemicals (chemosynthesis) that may provide food and energy for other organisms. Exotic subglacial life can also appear in non-water subglacial oceans. In the Space Engine universe, there are a huge number of aquaria that have subglacial life. Probably subglacial life is the most common type of life in the Space Engine. Some planets, if conditions are right, may have significant atmospheres and surface liquids like Saturn's moon Titan, which could be habitable for exotic forms of life. In most cases, it is on the aquarias that exotic life appears, due to the fact that exotic liquids, such as N2, are often found on icy planets. Ocean planets also sometimes have an marine biosphere. Sometimes aquaria can have entire seas of H2O (or SO2), on which an entire biosphere is formed from organic multicellular terrestrial and marine life. The color of the flora on such planets is always blue and light blue, similar to the marine terra, with life that revolve around F-class star.
1. https://en.wikipedia.org/wiki/Ocean\_world
2. https://en.wikipedia.org/wiki/Ice\_planet
Boyko

## Boyko's Information (WIP)

### General information

Boyko (or RS 8513-928-8-5794232-106 B8) is a frigid arid aquaria located in the quintuple star system named RS 8513-928-8-5794232-106. It spins around the B star, which has the most amount of planets in the system.

Boyko is almost the same size as Earth (0.88897 Dⴲ), but its mass is less than a half of Earth's (0.42081 Mⴲ)

36% of Boyko consists of ice, with 32.8% being mantle and 31.2% being the metallic core of the planet.

Boyko has an atmosphere that consists of mostly neon and helium, but it is very light, weighing only 4,0676\*10^-6 (or 0,0000040676) Earth's atmospheres. Planet's atmosphere also has a tiny amount of nitrogen, methane and hydrogen.

## The Star System (WIP)

### General Information

The RS 8513-928-8-5794232-106 system consists of 5 stars: AAA, AAB, ABA, ABB and B.

AAA and AAB spin around a barycenter in between them, forming the AA pair of stars.

ABA and ABB also spin around a barycenter, thus forming the AB pair of stars.

AA and AB pairs of stars ALSO have a barycenter and spin around it.

This is the A part of the system, which only has one planet, called RS 8513-928-8-5794232-106 A1, a Frigid arid aquaria with 9 moons (1 with life). It is very similar to Boyko.
Berendar

## Berendar general information

Berendar is a temperate marine superfauna discovered on July 29, 2021, within the IC 1101 galaxy. The world orbits a white dwarf; it is the 4th in its star system. It has an orbital period of 71 days and a rotational period of 71 days as it is tidally locked. The planet is noted to have many landmasses spread across its surface, with there also being many large volcanoes that are visible from space that seem to be still active. All of the moons of this world are dwarfs, but they are comparable in size to the world (i.e., the object is notable next to the other object being compared).
Dimorphos

A moon smacked by a space probe.

## Physical Characteristics:

Dimorphos, also known as (163373) 2002 PZ39, is a small asteroid moon that orbits the larger asteroid Didymos. It is irregularly shaped, measuring about 160 meters in diameter, making it significantly smaller than Didymos.

## Orbit and Location:

Dimorphos orbits Didymos at a relatively close distance. It is part of the asteroid belt, situated between the orbits of Mars and Jupiter.

## Composition:

The composition of Dimorphos is primarily rocky and metallic, typical of asteroids. Its surface is likely covered in regolith, a layer of loose, fragmented material.

## Discoveries:

Dimorphos was discovered on August 10, 2002, during the Palomar NEAT survey, a Near-Earth Asteroid Tracking program.

## DART Collision:

The Double Asteroid Redirection Test (DART) mission marked a significant milestone in planetary defense efforts. Launched by NASA, DART aimed to test the feasibility of deflecting potentially hazardous asteroids by targeting a binary asteroid system. The primary target was the smaller member, Dimorphos, orbiting the larger asteroid Didymos. On September 26, 2022, DART successfully collided with Dimorphos, making history as the first intentional kinetic impact on an asteroid. This collision demonstrated humanity's growing capability to safeguard Earth from potentially hazardous celestial objects, underscoring the importance of planetary defense initiatives in understanding and mitigating asteroid threats to our planet. The DART mission paved the way for further research and development in this critical field of space science and exploration.

## Exploration:

As of now, Dimorphos has not been explored by spacecraft (that has not been destroyed by a collison). However, it gained significant attention due to its close association with the Didymos binary asteroid system, which was the target of the European Space Agency's (ESA) Hera mission. Hera's mission is to study and characterize the Didymos system, including Dimorphos, to better understand asteroid dynamics and potential planetary defense techniques.

## Size Comparison:

Dimorphos is much smaller than its parent asteroid, Didymos, which measures approximately 681 meters in diameter.
DR/2024/09/14.SYS-01/S03

DR/2024/09/14.SYS-01/S03 is a warm gas giant located inside of the IC 1101 galaxy that was discovered on September 14th, 2024. Its mass is 1 1/2 mass of Jupiter, and its solar day is 8 hours, 3 minutes, and 50 seconds. It has a dark-sphere synth wave purple color sky with the gas giant having a warm tint in its bands. It has a large storm that travels it's equator. It has 62 moons, 7 major ones. In 2025 it was admitted to the grounded database when it was fully confirmed.

On one of the moons of the gas giant
Dathn

Located 2.59 million light years away in the Andromeda galaxy, Dathn (also categorized as CoSSiAG 1) is a M-type star in a binary system with a brown dwarf nicknamed Dusky. They both orbit each other around a mathematical point called the barycenter, which is the point around which two or more bodies revolve around one another as well as the center of mass of those bodies.

Dathn has a mass of about 0.094515 solar masses (99.01125 Jupiter masses) with a diameter about 139981.12 km (0.1006 Solar diameter) and a solar luminosity of about 0.00020776. It has a density about 130.86 g/cm³ and had a stellar age of about 100,000 years, meaning when the Dathn was being formed by a stellar cloud of gas, Homo sapiens on Earth still lived in caves, huts, or tepees and were still hunters and gatherers. They used basic stone and bone tools, as well as crude stone axes, for hunting birds and wild animals.

## False positives

Dathn α is a disproved exoplanet orbiting Dathn. If it existed, the semi-major axis would be 1407666 kilometers (0.00941 astronomical unit), meaning it would be smaller than Trappist-1 b and almost the distance of the geosynchronous orbit of Dathn, making scientists skeptical the exoplanet is really real or it was just an abnormally large sunspot. It is calculated that Dathn α has a mass of about 1.2 Earth masses and a radius of 1.4. It was discovered by the transit method, which is when a celestial object passes directly in front of another, bigger body. The transiting body seems to travel over the face of the bigger body while the observer views from a certain vantage point, usually only covering a tiny area of it depending on the distance of the observer. Even while the fake exoplanet—which turned out to be a sunspot that mimics the exoplanet transit—started to decay after a while, there are now no longer any signs of it left.
Citer 4

A large ginger-orange gas giant.

## Basic Information

Citer 4 is named after its home star: Citer - a Red Dwarf star, and its position from its sun. Its is the 3rd largest planet in the Citer system behind Citer 11 (gas giant) measuring at 147,427.72 km in diameter and Citer 6 (gas giant) measuring at 155,000.01 km in diameter. Citer 4 measures at 126,763.80 km in diameter, making it slightly larger than Saturn and slightly smaller than Jupiter.

Due to its close proximity to its home star, Citer 4 orbits once every 90 (Earth) days, and as a result, is (along with Citer 1 and Citer 3) tidally locked. The atmosphere is comprised of mainly Hydrogen and Helium, along with traces of Methane gas. The Helium in Citer 4's atmosphere is what gives it its creamy ginger-orange hue.
ALPS-8 i

J'karian art of ALPS-8 i

Class: Temperate Marine Terra

Right Ascension: 1h 25m 00.82s (From Alara)

Declination: -35°47'28.91" (From Alara)

Absolute magnitude: -3m 76 (From Alara)

Distance from Alara: 69.06 light years

Effective temperature: -185.7 °C

Number of satellites: 9

Life forms: Organic multicellular

Mean diameter: 14799.07 km

Polar diameter: 14705.49 km

Mass: 1.2153·10^25 kg

Density: 7.1612 g/cm3

Rotation period: 12h 28m 46.37s

Solar Day: 12h 28m 49.81s

Age: 9.908·10^9 years

Tropopause height: 19.56 km

Height of homogenous atmosphere: 5.95 km

Air density: 226.46 kg/m3

Air temperature: 15.89 °C

Mass: 8.4263·10^20 kg

Type: Elliptical

Period: 6722.91403 years

Semimajor axis: 6.8782 AU

ALPS-8, a yellow dwarf star similar to Alara's sun, and the location of ALPS-8 i
Collenia

Collenia, the Orange Moon

## Overview

Collenia is a moon of the planet Colarn. It is a freezing planet, though there is life that can endure the cold. Its nickname is The Orange Moon, due to its coloration. It is a very rugged planet, with hills and mountains scattered all over the place. It is also dotted with many craters. It has no atmosphere.

## Climate

Collenia is a very cold, harsh planet, with temperatures reaching -175 C.

## Life

Collenia is home to a very simple form of life. These unicellular organisms are called Collenians. They can survive on Collenia despite the frigid weather, having adapted to it long ago.

Collenia against a beautiful nebulaThe map of Collenia's surface
Arshiem

An ancient terra, with ruins of an extinct civilization on its surface.

Arshiem is a planet located 12 million light years away from Earth, in the galaxy M82. It's a rocky planet about 1.09 times the size of Earth, but with one and a half times the gravity. The biggest difference however, is that Arshiem orbits a red dwarf star much smaller and cooler than the sun, with only 36% of its mass. Any planet orbiting in its habitable zone would probably be tidally locked, but Arshiem isn't - likely due to its moon, which is very large and orbits extremely close to its parent planet. The extreme tidal forces created between these two massive objects helps keeps Arshiem's day and night cycle, which only lasts 11 hours.

But the moon's close proximity has the side effect of creating giant waves on the planet's surface, which are much larger than the waves on Earth. The oceans themselves are even much deeper than our own world's, and have a complicated system of cuurents.

## Life

Arshiem has existed for 7.5 billion years, much longer than Earth, so life has had plenty of time to evolve and thrive on its surface and in the oceans. The plants evolved to have a purple pigment in them, because of their red dwarf star - its radiation peaks in the infrared reigon, and is very low in the violet reigon, so in order to get the energy they need from photosynthesis they reflected the violet light and absorbed every other color. These ancient purple plants are the basis for ecosystems on Arshiem, and many herbivores have evolved to eat them with carnivores having evolved to eat the herbivores.

Interestingly, there are many ancient ruins of temples and other structures on Arshiem, evidence of an extinct civlization. What happened to them is unclear, but they must not have achieved space travel since there is no evidence of them on any other planets besides their own. Many of these archaic temples depict an alien God. Its possible that such a God may have come down to Arshiem, but proved to not be a benevolent diety, and instead destroyed the very people that worhsipped them...

## Images

Better quality images can be found here: https://drive.google.com/drive/folders/1G6YBNkH3JKYBMI-gkWoYiu3PTGBhk4cn?usp=sharing

The sky view of Arshiem's moon and rings from the planet's surface.
Citer 10

Head-on view of Citer 10 with one of its moons in the background.

0.000792% CO

0.0000762% Ar

Citer 10 is a small, frigid planet and the 10th planet of the Citer system.

## Appearance

Citer 10 has the same creamy colouring as most of the planets in the system. However, the are darker and green patches. This makes it appear almost exactly the same as Citer 9. There are also numerous impact craters and mountain ranges.

## Other Properties

The presence of aurora (pictured) at the poles also suggests a weak magnetic field.

The aurora at the poles of Citer 10.Citer 9 (for comparison purposes).
2002 AW197

## 2002 AW₁₉₇

2002 AW₁₉₇ (minor planet designation 55565) is a large classical Kuiper belt object. Its orbital distance to the sun is 46 AU and its orbit has a moderate eccentricity. Since it has no orbital resonance with Neptune, it is classified as a cubewano. It is located in the vicinity of the Kuiper cliff, which is the abrupt end of the Kuiper belt. 2002 AW₁₉₇ has very likely a spheroid shape and it is considered a probable dwarf planet. NOTE: Currently no detailed imagery of 2002 AW₁₉₇ is available. These images are taken from a procedurally generated environment, and do not reflect what the real 2002 AW₁₉₇ actually looks like.

## Discovery Information

### Discoverer

* Michael E. Brown
* Chad Trujillo
* Eleanor F. Helin
* Michael Hicks
* Kenneth J. Lawrence
* Steven H. Pravdo
* Palomar Observatory
* Date: 10 January 2002

## Physical Properties

### Diameter

* As listed in Space Engine: 900 km
* Recent estimate: 768 +39 −38 km
DR/2024/09/13.SYS-00/A/S03

## Additional Information

### Life

There has been life detected on this world as of 2029. The life is organic unicellular (marine).

### Position in Star System

(A) 3rd

DR/2024/09/12.SYS-00/A/S03 is a temperate lacustrine superearth that harbors life that is located in the IC 1101 galaxy that was observed September 12th, 2024, and was announced on September 13th, 2024. The geography of the planet features an unbalance in the amount of water on the world as all of the water is in the far northern hemisphere, with tundra landscapes in the far north, with polar life occasionally going onto land to find small puddles whenever the lake got too cold and icy. The rest of the planet is a barren landscape with the occasional mountain range, sandstorms have been observed in this region, these are seasonal sandstorms that are large enough that they can bury whole ranges of mountains, and it took years for the sand to be lifted off them. As of November 24th, 2029, a large set of hills in the middle of nowhere have just been covered in sand, and its estimated that in 2036 the sand would lift.

### Northern landscape

The north pole is a landscape of tundra and small lakes and ponds, the life here migrates between the lakes and ponds, and these migrations are done by using melted ice/slush to travel between the bodies of water. There is no plant life here, and the ponds/lakes change on a year by year basis, with 20 new ones forming this year in '29. Some of these lakes shrink or expand. These land changes are due to an extreme ice build up in the hills that melts effectively all at once with some flows going down a different path into a land depression and creates a new pond in that region. Small deserts and flatlands have been observed. Whole new seas can form over decades of this process. ever since the first exposure of this planet, (S)GAIA Expeditions has watched one of the larger seas in the north since 09.20.2024 increase in size in some portions, lose size in others. New sand banks have been revealed, and landscapes of hills and large valleys are now under water.

### Southern landscape

In the southern hemisphere however, its less eventful, with all the rivers up north ending in the highlands, so the ice melt does not influence geographic features in this land. The main danger of the landscape however are seasonal sandstorms that bury the landscape in sand that does not go away until years later, and there are no oasis here also, so the entire southern hemisphere is one massive desert. Tectonic activity down here is more active than up north.

An aerial view of the northern landscape.A desert in the south.
EpRG/2023/2

EpRG/2023/2 "Pantheon"

## General Planetary Data

EpRG/2023/2 orbits an orange dwarf star with a K2.7 V spectrum in a tidally locked orbit with a semimajor axis of 0.42 AU. The day side of the planet has 258.36 K temperature and the night side has a 248.62 K temperature. It has 5 asteroid moons and it's Earth Similiarity Index is 0.909. And since it has no aurora its safe to assume it lacks a strong magnetic field

Its age is estimated to be around 7.027.000.000 years.

## Geological Data

EpRG/2023/2 crust is made up of a single supercontinent and only 3 big seas. It has a variety of biomes ranging from frozen hellscapes to hot deserts.

## Astrobiological Data

Being tidally locked made it difficult for life to evolve on this planet and only recently has an intelligent species emerged. They have recently entered their Bronze Age.

## Possible Colonisation

Due to our policy of leaving young civilizations alone, this planet is not suitable for any colonisation effort despite it being very similar to earth.

One of the planets desertsA large crater in a mountain rangeShores of EpRG/2023/2Desert near the terminatorMap of the planets surface
DR/2024/12/29.SYS-00/S05

**Natural Name** - *Xeculys*

DR/2024/12/29.SYS-00/S05 is a Warm ice giant that orbits a binary between a Black hole, and a Blue supergiant. The gas giant has an impressive set of rings orbiting it, and it was discovered on December 29th, 2024. It is located inside of the IC 1101 galaxy. It has no life as of November 26th, 2029. 12 moons orbit it the Warm ice giant. It was discovered via the Deep.drive zoom technology like the rest of these worlds located inside of star systems that are not part of our galaxy.
Citer 2

A large cream-coloured gas giant.

## Basic Information

Citer 2 is named after its home star: Citer - a Red Dwarf star, and its position from its sun. It is the 5th largest planet in the Citer system behind Citer 1 which measures at 48,920.92 km. Citer 2 measures at 46,343.10 km, making it slightly smaller than Neptune.

Due to its close proximity to its home star, Citer 2 orbits once every 10 (Earth) days. The rotation of Citer 2 however, is relatively slow, taking 21 days to complete a full turn. The atmosphere is comprised mainly of Hydrogen and Helium, along with traces of Methane gas. The Helium in Citer 2's atmosphere is what gives it its cream-coloured hue.
DR/2027/02/14.SYS/S08/A

There is no discovery number after the "SYS" because no other systems were discovered that day.

## Additional Information

### Position in Star System

8th

DR/2027/02/14.SYS/S08/A is a superoceanic world which has a large companion world in its orbit. The planet's moon has an atmosphere, and the actual planet has been observed one time with a category 4 hurricane going across its northern hemisphere. The planet was thought to have life, though the DR check of 2029 confirmed that there was no life on this world.
Borotha

General Information

Borotha is a hot world filled with life

Borotha is the 3rd planet in its system. It is a small terra that contains complex life. The planet is nearly 8 billion years of age. Borotha is rather hot and is on the inner edge of the habitable zone of its star. Borotha is smaller than Earth and has lower gravity and air pressure. Too much oxygen and carbon dioxide with very few nitrogen makes it unbreathable for Humans. Borotha is also around 55,000 light years away from Earth.

Surface

Climate & Biosphere

Borotha doesn't really have any seasons - it stays hot and depending on where you are - slightly dry every year. Much of Bortoha's surface is covered in desert while there are large amounts of grassland, and shrubland.

Images
AL-3ABe

Name in game: RS 0-3-448-1103-7346-6-136337-541 4

Discoverer: Minhkhifg

SE version: 0.980

Class: Temperate terra

Diameter: 11135.11 km

Mass: 0.70435 m earth

Total surface area: 389528192.789 km2

ESI:0.962

Semimajor axis: 1.07 AU

Orbital period: 292.957 days

Solar day: 16h 05m 34.53s

Age: 1.797 Billion years

Gravity: 0.92438 g

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

Atmo pressure: 6.75 atm ( formerly), 1 atm ( after)

Temperature: -0.295 C

Moon: 3

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

population: 5 Billion

civilized: Minhkhifg communism state

Information:

is the capital of the communist state of Minhkhifg, this is the center of socialism with a market economy combined with state intervention, so this planet has a very high level of development with industry. strong and extremely prosperous agriculture, this is also a place to keep secret documents of communism and is also a communist holy land, where there are many communist states. Each state has different populations, The largest is Minhkhifg.jh, which is the direct capital so it has a population of 45 million people.

Biomass:

It is estimated that the total biomass is 500 billion tons of carbon

Geography:

planet with few oceans.
Chalos

Chalos as seen from outerspace with it's major moon Tribro (Rodrigo's Mod)

## Description

Aside from Chalos looking very Earth-like, it is basically just a buffed up version of Earth, with it's mass being over 8 times the Earth's mass and about a 77% higher diameter. Chalos resides in the Keldan system, a planetary system with a K0.5V type star where it's planetary order looks unusually similar to that of the Solar System, like an inner system with the rocky planets (including Chalos), and an outer system with the giant planets and surprisingly an ice planet, with an asteroid belt separating them. It is one of three planets in the Keldan system to have life, the others being Paanduyu and Sugelew (that icy planet). Chalos is probably so massive that it's major moon, Tribro, probably formed through core accretion around Chalos.

## Formation and climate

Chalos probably formed through a protoplanetary disk around Keldan, just like how other planets form, but it is still not sure as to how Chalos got this massive. One theory suggests that Chalos' star, Keldan, has a higher metallicity compared to other stars around it's neighborhood, which can make sense considering the Keldan system's giant planets having lower overall masses than the gas giants of the Solar System. Chalos also has similar seasons to Earth, although less intense since it's axial tilt is lower, about 18 degrees, with the differences in seasonal temperatures being only about 2 to 5 degrees Celsius maximum. Chalos also seems to be in the last stages of an ice age, possibly due to a combination of Croll-Milankovich cycles, having reached its glacial maximum thousands of years ago. Intelligent species have emerged on Chalos due to this ice age, just like humans.
DR/2023/05/21.SYS-01/S07

## Summary

DR/2023/05/21.SYS-01/S07 is a temperate gas supergiant located inside of the IC 1101 galaxy that was discovered on May 21st, 2023. The gas giant is 7 times the mass of Jupiter, it is 11 R⨁ in physical size. It has 74 moons, it takes it 9 hours for it to rotate once, and its orbital period is 795 years. It is the 7th in its system. The temperature of this world is 277 Kelvin, 38 Fahrenheit, and 3.85 degrees Celsius. The shade of this world is Red Sand orange, to Damp sand pale.
Dao

Planet Dao near a globular cluster

Dao(RS 0-5-4095-531-7606-7-1797504-5304 3) is a tidally locked desert planet. Dao has a large quantity of water in the atmosphere and has organic multicellar life.

Dao sits in a system of 9 planets around a K type star, 3 of them being Gas giants, one being an Ice giant and 6 of them being rocky planets. The surface of Dao is unusually flat with the only geography being being active volcanoes which leads to extremely high winds because because there's little hills or mountains to slow the wind down(especially at the equator). The temperature is around 172 degrees Celsius which also effects the weather.

The planet has a mass of 0.5 earths, a diameter of 0.87 earths and a orbital period of 33.908 days.
AL-1AhII

Name in game: RS 0-8-14695330-93-56-8-213405-393 A7.2

Discoverer: Minhkhifg

SE version: 0.980

Type: Moon

Class: warm oceania with life

Diameter: 7701.07 km

Mass: 0.14181 M earth

ESI: 0.763

Semimajor axis: 286893.05 km

Orbital period: 32h 55m 15.07s

Solar day: 33h 00m 13.41s

Age: 5.259 Billion years

Gravity: 0.38909 g

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

Atmo pressure: 1.53 atm

Temperature: 53.283 C

Life: none ( formaly), organic multicellular ( marine, terrestrial) ( after)

Information:

is one of the planets colonized by humans, the planet that exploits hydrogen from sea water and its host planet. Currently humans live on floating cities and take land from other moons.

Biomass:

According to the census, there are currently about 800 million people on the planet and many species of heat-resistant fish with a total biomass of 156 billion tons of carbon.

information about the star system:
Citer 1

A large cream coloured gas giant.

## Basic Information

Citer 1 is named after its home star: Citer - a red Dwarf star, and its position from its sun. It is the 4th largest planet in the Citer system, behind Citer 4 which measures at 126,763.80 km. Citer 1 measures at 48,920.92 km \, making it slightly smaller than Neptune.

Due to its close proximity to its home star, Citer 1 orbits once every 3 (Earth) days, and as a result, is (along with Citer 3 and Citer 4) tidally locked. The atmosphere is comprised of mainly Hydrogen and Helium, along with traces of Methane gas. The Helium in Citer 1's atmosphere is what gives it its cream-coloured hue.
Doakfield

## General information

Doakfield is a frigid, arid superaquaria that was discovered on January 15, 2023. The planet is observed to have a ring system and the planet has notable lowlands and highlands. The planet has an age of 6 billion years and an orbital period of 5478 years. The atmospheric composition of the planet is N2, H2, CO, and CH4. There are 20 moons that orbit this planet, and the planet itself orbits a binary star system of a neutron star and a zirconium star. The average temperature of this planet is 60 kelvin. The axial tilt of the planet is 17° 31' 43.47". The planet has a mass five times that of the earth and a radius almost twice that of the earth. The planet is located inside an unimportant galaxy.
2002 MS4

## 2002 MS₄

2002 MS₄ (minor planet designation 307261) is a large classical Kuiper belt object, also known as a cubewano. It is included in this category because of its orbital distance of about 47 AU, because of the low eccentricity of its orbit and because it has no orbital resonance with Neptune. It is estimated to have a diameter of 934 ± 47 km, which makes it one of the ten largest transneptunian objects and almost certainly grants it the rank of dwarf planet. NOTE: Currently no detailed imagery of 2002 MS₄ is available. These images are taken from a procedurally generated environment, and do not reflect what the real 2002 MS₄ actually looks like.

## Discovery Information

### Discoverer

* Chad A. Trujillo
* Michael E. Brown
* Date: 18 June 2002

## Physical Properties

### Diameter

* As listed in Space Engine: 422.69 km
* Recent estimate: 934 ± 47 km
Avia

Avia or RS 8513-2582-7-75809-131 3 - is the third planet from the star RS 8513-2582-7-75809-131. The planet is a hot arid subterra

## Surface Conditions

### Atmosphere

* 99.4% O2
* 0.567% SO2

## Additional Information

### Position in Star System

3rd

ESI: 0.507

## History

* Avia formed 8 billion years ago.
* ~7.5 billion years ago. The process of planet formation has stopped, the planet has cooled down
* ~7.5-21 million years ago. At this time, Avia was an ordinary, unremarkable desert planet.
* ~21 million years ago. Unknown events led to the fact that life appeared on the planet
* 21 million years ago - Today. The climate, albeit very slowly, is stabilizing, getting closer and closer to a habitable planet. We do not know why this process occurs and continues.

## Biosphere

There is multicellular life on the planet. Flora is a very small, green grass. The fauna is... Microbes and very small insects. Some organisms may leave characteristic "footprints", mostly pink in color. High temperatures simply do not allow larger species to exist.

## Main riddle

No one knows why or how multicellular life appeared on Avia, a non-livable hot planet. Maybe some alien civilization tried to terraform this planet with genetically modified species capable of living in these conditions. Or some asteroid containing extremophile organisms fell on the planet. Or maybe all together. We don't know.

Avia surface mapPink traces from Avia organisms
Edereg

## General information

Edereg is a temperate superjupiter located inside the IC 1101 galaxy that has been observed to have 65 moons orbiting it and whose mass is estimated to be 4 times that of Jupiter. The average temperature here on this planet is around 269 kelvin. The atmospheric composition of this superjupiter is H2, HE, and CH4, a typical composition for a gas giant of its size. It is the third from its star, with an orbital period of 315 years. The rotational period is 8 hours, 28 minutes, and 46.82 seconds. The Earth similarity is 0.527. The radius of this gas giant is 12 times that of the Earth. The axial tilt of this planet is 144\*32'11.67". The atmospheric pressure on this planet is 1\*10^6 ATM; there seems to be a universal cap on the atmospheric pressure on all gas giants.
Aradonga’Takiuli

**Natural Name** - *Aradonga’Takiuli*

## General information

DR/2102/01/27.SYS-02/S04 is a temperate gas giant located inside of an unimportant region in the IC 1101 galaxy. The world has some rings, A - D, they are thin, and might be from a destroyed moon. The world is grayish/white and has a blue sky. There are 84 moons that have been observed around this world, none have been observed to have life in or on them. The orbital period of this world is around 1177.564 years, and the rotational period is 9 hours, 2 minutes, and 50.87 seconds. The average temperature of this world is 252.52 Kelvin. The ESI of this world is 0.451, and the mass of this world is 1.3405 M♃.
Amalthea

## Overview:

Amalthea, a natural satellite of the gas giant Jupiter, graces our celestial panorama as a captivating moon. This diminutive moon, situated within the extensive Jovian system, has fascinated astronomers and planetary scientists since its discovery. Its unique characteristics, including an irregular shape and distinct coloration, contribute to its enigmatic allure.

## Physical Characteristics:

* ***Size and Shape:*** Amalthea is one of Jupiter's smaller moons, with dimensions measuring approximately 250 by 146 by 128 kilometers. Its irregular shape, resembling that of a distorted potato, sets it apart from more spherical celestial companions.

* ***Surface Composition:*** The surface of Amalthea is primarily composed of water ice and other silicate materials. These elements, combined with its irregular shape, suggest a complex geological history shaped by gravitational forces within the Jovian system.

## Orbit and Proximity to Jupiter:

Amalthea orbits Jupiter at a remarkably close distance, one of the innermost moons in the Jovian system. Its proximity, at times within Jupiter's tenuous ring system, subjects it to significant tidal forces, contributing to its distinctive elongated shape.

## Discovery and Exploration:

Amalthea was discovered on September 9, 1892, by the American astronomer Edward Emerson Barnard, utilizing the newly developed technology of the time. It wasn't until the late 20th century, with the advent of space exploration, that closer observations and detailed measurements were made possible.

## Scientific Significance:

Despite its small size, Amalthea plays a crucial role in our understanding of the Jovian system. Its irregular shape and proximity to Jupiter provide valuable insights into the intricate gravitational interactions that shape the moons of gas giants.

## Exploration Missions:

While Amalthea has been the subject of observation from space-based telescopes, no dedicated spacecraft has been dispatched for a close study. Future missions to Jupiter and its moons may unveil further mysteries surrounding this intriguing moon.
AL-6ABeVIII

Name in game: RS 0-9-97325006-1281-0-2-60-268 4.8

Discoverer: Minhkhifg

SE version: 0.980

Type: Moon

Class: lacustrine terra

Diameter: 12453.52 km

Mass: 1.0222 M earth

ESI: 0.983

Semimajor axis: 5169745.11 km

Orbital period: 29.76 days

Solar days: 29.918 days

Age: 22.486 Million years

Gravity: 1.0725 g

Atmo composition: CH4, CO2, H2O, NH3, C2H6 (formerly).N2, O2, Ar (after)

Atmo pressure: 0.431 atm (formerly).1 atm (after)

Temperature: 0.67255 C

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

Colony: Minhkhifg communist state

Population: 6.8 billion

Information:

is one of the colonies of Minhkhifg, it has a lot of mineral resources and the industry is also highly developed

Geography:
2002 WC19

## 2002 WC₁₉

2002 WC₁₉ (minor planet designation 119979) is a twotino, that is to say a transneptunian object which has a 1:2 orbital resonance with Neptune. This means that in the time-span 2002 WC₁₉ takes to complete one orbit around the sun Neptune completes exactly two orbits. Given its size and properties, 2002 WC₁₉ is listed as a probable candidate for the rank of dwarf planet. NOTE: Currently no detailed imagery of 2002 WC₁₉ is available. These images are taken from a procedurally generated environment, and do not reflect what the real 2002 WC₁₉ actually looks like.
Alphatio

## General information

Alphatio is a frigid Megajupiter that is located in the outer perimeters of its 18 planet star system. The planet has 40 moons orbiting it, and has an average temperature of 32.624 kelvin. The atmospheric pressure on this world is 1\*10^6 ATM, and the atmospheric composition of the world is H2, HE, and CH4. The gravity in this world is 32.47 gs, and the age of the planet is 6.98 billion years. The axial tilt of the planet is 27\*42'33.54", and the solar day on this world is 7 hours, 23 minutes, and 25.06 seconds. The orbital period of the planet is 1,128 years, and the semimajor axis of the planet is 136.07 AU. The earth similarity of the planet is 0.047, and the mass of this giant is 12.256 M♃. Large for a world this far out. The diameter of the planet is 10 times that of the Earth's.
DR/2025/01/03.SYS-00

**Natural Name** - *Nuiata System*

An absolute beast of a system, a sextuple star system.

## General information

DR/2025/01/03.SYS-00 is a red dwarf sextuple system (6 stars) located inside of the IC 1101 galaxy. It was discovered on January 3rd, 2025. A system of it's size is rare to find, not as rare in the IC 1101 galaxy which throwing a stone in there would always land you a 6 star beast, though still rare in normally sized galaxies, and virtually non-existent in smaller galaxies (dwarfs). The combined mass of the the star mass is still less than the Sun at 0.5187 M⨀. The star system has 17 planets total, and an unknowable amount of asteroids and comets. There are star systems larger than this, 7 and 8 star titans, though these are exceedingly rare, only a few are known. There is no life on any of the planets in the system.

### System architecture

The system is home to 5 barycenters. There are 2 binaries, and 2 trinaries . In other words, this system has 2 C types (simplex). The largest red dwarf is in the upper C section. The smallest one is in the lower C section. Removing B types, this would be a quadruple star system.
DR/2027/12/05.SYS-06

## General information

DR/2027/12/05.SYS-6 is a 3 star system located inside of the IC 1101 galaxy that was discovered on December 5th, 2027. It has 13 known planets, and the black hole has the majority of the planets. As of December 5th, 2029, life has not been detected on any of these planets. Humans did settle this system and set up some small cities on B5, B6, and B8.3.
Daelara

The planet's surface consists of a double pangea, in which most of the land mass is combined as two massive super-continents horizontally lining the northern hemisphere of the planet. The southern hemisphere mostly consists of ocean and small volcanic islands. The land terrain is mostly temperate forests, jungles and grasslands intertwined with Savannahs and deserts across the northern tropic.

Daelara has a single temperate selena as its moon.

## Civilisation and History

Daelara is the capital planet of the Leruta Congression, based in the Leruta system in the NGC 5970 galaxy.

The Daelarans are four-armed humanoids with wide eyes and light-orange skin. They evolved from monkey-like animals that evolved on the planet some 3 million years earlier. Because of their abnormally large brains and advanced social skills, the Daelarans quickly colonised the entire surface of their homeworld in only two thousand years. Major cities were constructed mostly across the coasts but also inland.

The civilisation and planet quickly became a single nation after only eight centuries of the species being divided as separate nations.

### Contact

Within days of achieving radio transmission technology, the Daelarans received an intelligible message from a nearby planet within their own system that consisted of pulses coinciding with what we call the Fibonacci sequence. This caused a major panic in the Daelaran scientific community and the Daelaran society as it was now abundantly clear to them that intelligent life existed within their own star system.

The signal had came from the planet which the Daelarans had long ago named Xaniak, another temperate terra in the system and a major object of interest in the astronomy profession. The Daelarans had always assumed that the small light pollution coming from Xaniak was just volcanic activity, but because of the radio message it only became another piece of evidence of an intelligent alien civilisation living there.