recursal/Fanatic-Fandom huggingface dataset:
Ci'kar

The yellowish hue of Ci'kar is due to its atmosphere. The planet is a dull white color all around.

## Surface Conditions

### Atmosphere

•82.5% N2•6.46% C2H6

•4.32% CO2

•3.07% CH4

•2.24% C2H4

•<1% C3H8/C2H2/CO

## General

Ci'kar is an inhospitable planet, with multiple gases that make up its atmosphere. An otherwise bland (in terms of color) world, the atmospheric hues make up for any dullness. Ci'kar's surface is littered with craters, depressions, and mountain ranges. Unlike some of its system brethren, Ci'kar does not have as many massive mountains or volcanoes.

## Gallery

A mountain range on Ci'kar.The reflective glare of the sun shows the icy surface of Ci'kar.This picture details more of Ci'kar's surface depressions.
Antenna End

It is not as alone as some might think.

## General information

Antenna End, sometimes called Antenna's End, is an open cluster located inside of the "upper" antennae galaxy, in that galaxy's semi-intergalactic regions, with the nearby visible stars being the brighter ones, O and B types, with some red giants scattered between. There are 155 observed stars in this star cluster, and there is only one world that has life of any kind. Though it looks big, the star cluster is only 3–4 light years across, an average size for an open cluster. This star cluster also seems to be very young, with it being only 1.12 billion years in age. The star cluster was discovered on September 23, 2022. The highest-classed star is an F-type star, a white giant. The cluster has 4 black holes observed in it.
Deiloyrr

(Do not confuse this page for the star Deiloyrr. This is not the parent star for Abryian)

## Atmospherics

### Atmospheric pressure

0.00692 ATM atm

Delioyrr is a cold arid aquaria, and is the 6th planet away from HIP 102712. It has 4 moons, with the largest one, Finlytan ,(Fin-lan-tin), having liquid water oceans. Deiloyrr has some thin rings, with its diameter being around 3399 miles. The planet is surprisingly young, with it only being 12 million years old. Some theories posit that the planet was the creation of two worlds that had recently collided. Gaia expeditions has some research outposts on the planet, with a full colony on Finlytan, with a population of around 92 million.

The planet was discovered in 2312 AD, with it being 'colonized' in 2450 AD. The planet has no government, but it is claimed by the Western Expeditions group, and as of the year 3017, they are planning to settle a full colony on the planet's south pole.

An image of the planet's parent star, HIP 102712.The surface of Finlytan at noon.Image of the moon.
Adran

Adran or RS 1236-928-8-95449-42 6 - is the sixth planet from the star RS 1236-928-8-95449-42. The planet is a temperate marine superferria.

## Surface Conditions

### Atmosphere

* 94.3% N2
* 5.26% O2
* 0.402% CO2

## Additional Information

### Moons

* 2 subferria
* 18 asteroids

### Position in Star System

6th

ESI: 0.748

## History

* Adran formed 8.6 billion years ago around a white dwarf that was once a completely different star.
* ~8.1 billion years ago. The formation of Adran's satellites ended.
* ~7.7-5.4 billion years ago. During this period, the planet was a huge icy superferria
* ~5.4 billion years ago. A significant increase in the temperature of the planet. All the ice melted and Adran became an oceanic superferria.
* ~4.7 billion years ago. Formation of the first continents and islands.
* ~4.1 billion years ago. Evidence for the emergence of the first single-celled life
* ~3.5-2.7 billion years ago. Time of existence of the supercontinent Zetduk
* ~2.1 billion years ago. The first multicellular organisms appeared
* ~1.6 billion years ago. The fall of an asteroid (Perhaps one of the small satellites of the planet). Mass extinction of organisms.
* ~900 million years ago. The first complex organisms came to land. It will take them many years to adjust to high gravity.
* ~570 million years ago. Mass extinction caused by a short but catastrophic ice age.
* ~340-7 million years ago. The existence of the Biwa supercontinent
* Today - There are several continents on Adran, which were once a single supercontinent. The planet's landscape is quite flat, sometimes there are small hills. The climate of the planet is mostly calm, due to the high gravity of the waves there are almost no.

## Biosphere

The gravity of the planet is very high. Life on the planet is very low, mostly on the continents live something like caterpillars with shells. There are no flying species on the planet, except for large insects. In the coldest periods, the continent is simply filled with various small insects, of which there are billions. Flora is a low-growing trees with a green color of vegetation. The marine fauna is much more diverse than the terrestrial one, many species are still smaller than the Earth ones.

Adran(Rodrigos Mod)Adran(Vanilla)Adran in all its glory(Rodrigos Mod)A very beautiful frame in which Adran is visible, the satellite, and the star(Rodrigos Mod)Grey, but glorious sunset(Rodrigos Mod)View of Adran and its satellite, from the surface of the second satellite RS 1236-928-8-95449-42 6.2(Rodrigos Mod)RS 1236-928-8-95449-42 6.2. Its ice caps and river valleys are visible, which indicates that the satellite once had water on the surface, and possibly life.(Vanilla)A beautiful image in which two large satellites of Adran are visible at once(Vanilla)Landscape of Adran 1(Rodrigos Mod)"Mountainous" terrain. It can be seen that vegetation grows on the peaks, while at the bottom there are only desertsAlso, such small mountains are the result of very high gravity.(Vanilla)Landscape of Adran 2(Vanilla)Adran surface map(Vanilla)Adran surface map(Rodrigos Mod)
DR/2026/02/27.SYS-00/S03

**Natural Name** - *Lillyavy*

## General information

DR/2026/02/27.SYS-00/S03 is a frigid ice megagiant located inside of the Andromeda galaxy with an age of 1 billion years, and was discovered on February 27th, 2026. It has been observed to have 12 moons, and its mass is 0.21207 M♃. The ESI of this world is 0.055, the temperature is 34.604 Kelvin, and the atmospheric pressure is 6.33\*10^5 ATM. The world has been observed to have rings around it. The orbital period is 6577.562 years, and the rotational period is 13 hours, 5 minutes, and 55.83 seconds. The world is 8 times the radius of the Earth.
DR/2004/09/02.SYS-21/S01

DR/2004/09/02.SYS-21/S01 is a Temperate ice giant located 18.85 Kly away from Earth, and was discovered on September 2nd, 2004. The planet orbits binary stars, and is the 3rd largest gas giant in the star system. It was given the name "Blue Turbine" after one of the researcher's was asked what they would name the planet, they named it Blue Turbine after the they thought how colonizing the planet would involve turbines, and how they would look like on the world.
DR/1971/12/27.SYS-00/A/S01

DR/1971/12/27.SYS-00/A/S01 is the first world that SAIA Expeditions discovered. Discovered in December of 1971, this world is a hot arid subcarbonia located in the Lyra constellation that has 2 moons. It does have a unique name, New Mojave, a descriptor of the planet's appearance and that fact that it is inhospitable. Its average temperature is 862 Kelvin. It's located inside of a binary system, and there a several (small) craters littered across the planet.
Axeal's Dunes of Failure

The planet was given the name "Dunes of failure" because of the fact that the planet looked like it had sand dunes, but its just a combination of dust, and weathered rocks that had fallen off the hills.

## Atmosphere Data

### Sky Color

An amber orange/white at the horizon, with it fading out to Rustic orange, Dirty orange, Golden-Orange, and Grounded orange.

## Geological Data

### Composition

Hydrogen -Helium -Water/icy envelope 21.9%Silicate mantle 27.1%Carbide mantle - Metallic core 51%

### Plate Tectonics

Large mountain ranges have been observed on the planet, so it is theorized that tectonics are still active.

## Other Data

### Galaxy name

Centaurus A

The planet with a nebula in the background, cool wallpaper.

### Distance from earth

11.33 Mly

Axeal's Dunes of Failure is a Cool arid superaquaria located in the Centaurus A galaxy. Its data name is DP/2028/02/12.SYS-00/S01, and its data came from another organization, Kepler observatories of Florida. Axeal's Dunes of Failure was discovered on February 12th, 2028, and was first reached by Humans in 3011, and is a mining depot for the humans living there. The name's origin changed in 3159 because of the star system's most populous politic trying to set up a mining colony on the planet's hills. headed by someone named Axeal, that failed miserably, and its now a pile of buried slums that have a collapsed mine.
Colt's Galaxy

The Colt's Galaxy

## Overview

The Colt's Galaxy (also designated as SCODSO 3), is a Sc-type galaxy that is 116.03 Megalight Years from Earth and is situated in the northern constellation of Draco. The galaxy has a diameter of 269.73 kilolight-years, or about 269730 light years, which is twice the size of the Milky Way, and the number of stars is estimated to be around 2 trillion. It is situated moderately close to the Sawblade Galaxy, a galaxy with greater brightness.

## Structure

The structure of Colt's galaxy is uncertain due to the Earth's vantage point; however, more research has concluded that the galaxy is likely to have two well-defined spiral arms and a medium-sized galactic bulge in the center.

## Starburst

A number of diffuse nebula lies within in some parts of Colt's Galaxy's spiral arms, where star formation is very active. Its halo contains young stars as well as small amounts of neutral hydrogen. This, together with other anomalies in the Colt's Galaxy, point to a collision between the Colt's Galaxy and a dwarf galaxy that collided with the Colt's Galaxy's galactic disk and sparked the current active starburst that will, over time, abate into a mild starburst.
Crevors

A cold gas giant of almost the same size and mass as Jupiter hosting multicellular life in its atmosphere. Since the belts and zones in Crevors' upper atmosphere are not covered by any cloud layers their contrasting colors are very vibrant.

## Surface Conditions

### Atmosphere

* 92.1% H2
* 7.48% He
* 0.307% CH4

## Additional Information

### Moons

* 2 main moons
* 34 dwarf moons
2Mass 21265-81402 1

The object orbited by this oceania was thought to be a brown dwarf star due to its massive size and the heat it emits. Note: the existence of this planet is not confirmed in reality - it is generated procedurally by Space Engine - but its parent object (2Mass 21265-81402) is real.

## Discovery Information

### Discoverer

University of Massachusetts, California institute of Technology - Two Micron All-Sky Survey project

## Surface Conditions

### Atmosphere

* 84.4% CO2
* 14.9% SO2
* 0.63% N2
* 0.125% H2O
DR/2034/02/15.SYS-00/S02

## General information

DR/2034/02/15.SYS-00/S02 is a temperate marine superaquaria located inside of the IC 1101 galaxy that orbits a red dwarf. It has 8 known dwarf moons, its atmospheric composition is N2, CO2 (*Carbon dioxide*), SO2, and H2O. The hydrosphere composition of the oceans is just CO2. There are 7 known continents in this world. This world was discovered on February 15th, 2034. This world is tidally locked, though not fully, as there is no completely frozen side of the world. It is the second away from its star taking around 11.208 days to orbit it.
Antan System

Shining Redly

## Overview:

Nestled at the edge of the galaxy, the Antan planetary system revolves around a diminutive yet ancient red dwarf named Antan. Aged at 6.7 billion years, this celestial ensemble consists of five distinct planets, each embodying a unique facet of cosmic diversity.

## Antan 1:

A scorching orb that perpetually faces its star, Antan 1 is a warm, arid planet locked in a tidal embrace. Its parched surface bears the mark of relentless solar exposure, creating an inhospitable environment.

## Antan 2:

Sharing the fate of perpetual daylight, Antan 2 stands as a tidally locked mini-Jupiter. Its temperate climate, despite the tidal lock, challenges conventional expectations, rendering it an intriguing anomaly in the system.

## Antan 3:

The frozen heart of the Antan system, Antan 3 is a cold, ice-draped world with a sparse atmosphere. Its tidally locked state fosters extreme temperature gradients, turning this celestial body into a frigid expanse.

## Antan 4:

Breaking free from the tidal constraints, Antan 4 emerges as a super Neptune, dominating the system with its colossal presence. Cold and vast, it reigns as the largest planet in the Antan constellation.

## Antan 5 - Ewah

The Gem of this cosmic spectacle, Ewah, Being the last in the star system. Ewah is a boiling world veiled in an oppressive atmosphere, it stands as a testament to the extremes that can emerge under the sway of a red dwarf's glow.

For more information Ewah, Press this link > Ewah
Aphrodite/Auhines

## Physical Properties

Aphrodite, also known as Auhines by the natives, is a planet orbiting around the white dwarf HIP 107968. It orbits at approximately 0.55 AU from the star, with an orbital period of just over 4 Earth months. However, the rotational period is about 1.008 Earth *years*, giving Aphrodite a 3:1 spin-orbit ratio. The sun only sets because Aphrodite moves around it, causing hour-long sunsets.

## Life

Surprisingly, Aphrodite has life on it. Even though it normally has an atmospheric pressure 8.4 times that of Earth's, there are regions where life can exist. They're mostly on mountains or plateaus, because they have lower pressures than areas closer to 'sea level'.

## Additions

* Map of Aphrodite's clouds
Charlesia

I made the moon's atmosphere color blue, the moon's color is yellow in game whilst unedited.

## General information

Charlesia is a moon discovered on December 25th, 2022, that is a temperate oceanic super-Earth. Charlesia is a moon of its parent planet, Bayaile, and is the first major moon of that gas giant. It has an orbital period of 24 hours, 49 minutes, and 31 seconds. The moon, like most other moons of its type, had a yellowish atmosphere; after terraforming, it now has a blue atmosphere like Earth. The solar day on this world is longer than its "year." The moon has a mass that is nearly ten times that of the Earth, with a mass of 9.8486 M⨁. The moon is entirely covered by a massive ocean, and early colonization of the moon involved the construction of large underwater cities and artificial islands. The moon is over 8000 light years away from the Earth.
Chaotium

**Chaotium** (RSC 1228-1161-0-0-396 1) is a scorched desert planet that orbits a red supergiant. It is very close to its star despite being 8.57 AU away from it. Conditions are very extreme on this planet with high temperatures, pressure and gravity.

"*That planet? Heck, I've seen worse things than that. Who would mind flying there and settle down only to die... That is me on my book*." -Jordon Sol
Colossus

* With Clouds
* Without Clouds

## *Overview:*

*Colossus, a moon situated within the frigid reaches of the cosmos, orbits the colorless Neptune-like gas giant Benthesikyme, approximately around 48,330 light years away. This moon, which is a Titan analogue, captivates the imaginations of astronomers and astrobiologists due to its unique features, from liquid nitrogen seas to a very otherworldly atmosphere.*

## *Physical Characteristics:*

* ***Size and Composition:*** *Colossus, smaller than Earth with a diameter of around 46% of our planet, is a frozen world with a surface predominantly composed of hard ice, simulating the characteristics of terrestrial rock. Its diverse landscapes include towering mountains, sprawling deserts, and extensive plains, each adorned with exotic purple-hued plants adapted to the extreme conditions.*

* ***Surface Liquid:*** *Liquid nitrogen, analogous to water on Earth, flows across Colossus in rivers, lakes, and seas. These frigid nitrogen bodies sculpt the moon's terrains, creating a dynamic landscape that serves as the canvas for the development of exotic multicellular life.*

## *Atmosphere and Environment:*

* ***Atmospheric Pressure and Composition:*** *The thick atmosphere of Colossus, with a pressure of around 27.9 ATM, primarily consists of gases like nitrogen (99.6%) with traces of many other gases such as carbon monoxide (0.238%) and carbon dioxide (0.162%). This atmospheric composition, coupled with the extreme cold, makes it inhospitable for human life.*

* ***Yellow Nitrogen Clouds:*** *Three layers of yellow nitrogen clouds envelop Colossus, veiling the moon's surface from the vastness of space. These clouds, a product of the moon's peculiar atmospheric dynamics, contribute to the ethereal beauty of the celestial landscape.*

## *Exotic Multicellular Life:*

*Colossus is not barren; it hosts a unique form of life adapted to its harsh conditions. Exotic multicellular organisms thrive in the liquid nitrogen seas and on the frozen plains, showcasing nature's ability to adapt and survive in environments once considered inhospitable.*

## *Orbit and Rotation:*

*Colossus completes both its rotation and orbit around Benthesikyme in a concise 20 days, contributing to a relatively swift celestial dance within its distant cosmic home.*
DA/1986/04/25.SYS-02/S04

**Natural Name** - *Lotymi*

## General information

DA/1986/04/25.SYS-02/S04 is a Frigid ice megagiant located in the same system as DR/1979/05/10.SYS-02/S01, and is treated as if it was additional data to that world. These worlds were directly observed instead of thought to be existent because a barycenter moved too much. This world was directly observed via transit photometry in 1986, and since to orbit estimate was too high for it to reasonably be confirmed in a time span short enough for the researchers to even be alive, that the world was confirmed. In 1999, the planet was upgraded from DP (Data Pending), to DA (Data Aqquired), and in 2031 they moved it up to DR (Data Released), meaning that this world is officially recognized as its own separate data.
Carbonia (Carbon planets)

Description
*Carbonia(Carbon planets) - is a theoretical type of planet that contains more carbon than oxygen.*

General characteristics
Such a planet would probably have an iron-rich core like the known terrestrial planets. Surrounding that would be molten silicon carbide and titanium carbide. Above that, a layer of carbon in the form of graphite, possibly with a kilometers-thick substratum of diamond if there is sufficient pressure. During volcanic eruptions, it is possible that diamonds from the interior could come up to the surface, resulting in mountains of diamonds and silicon carbides. The surface would contain frozen or liquid hydrocarbons (e.g., tar and methane) and carbon monoxide. A weather cycle is theoretically possible on carbon planets with an atmosphere, provided that the average surface temperature is below 77 °C.
However, carbon planets will probably be devoid of water, which cannot form because any oxygen delivered by comets or asteroids will react with the carbon on the surface. The atmosphere on a relatively cool carbon planet would consist primarily of carbon dioxide or carbon monoxide with a significant amount of carbon smog.

Appearance
The surface of carbon planets is dark and reddish from hydrocarbon deposits. Carbonia can be completely different sizesArtist's concept of a carbon planet.Carbonia in Space Engine(Rodrigos Mod)
On Space Engine
Life on carbonia is possible. In Space Engine, carbon planets are the rarest type of planet. Like ferria, aquaria and terra - carbonia can contain water on the surface. Oxygen can also be found in absolutely any amount in the atmosphere. Although very rare, it is possible to find marine carbonia with multicellular terrestrial and marine life. Perhaps marine carbonia are easier to find in small galaxies, such as Pegasus dSph. In real life, carbon planets could be the first planets in the universe where life could have originated.
1. https://en.wikipedia.org/wiki/Carbon\_planet
2. https://astronomy.com/news/2016/06/universes-first-life-might-have-been-born-on-carbon-planets
Erebus

A Dry yet Living Carbonia

## Overview:

Planet Erebus, named after the Greek god of Darkness, is a planet located 32,300 lightyears away and stands as a mysterious and enigmatic celestial body. Its dark carbon landscapes, adorned with craters, mountains, and rugged terrains, evoke an otherworldly allure. The planet is accompanied by five round moons, with four of them, known as carbonias, mirroring the same dark carbon composition.

## Physical Characteristics:

Erebus is a realm of darkness, with its dusky landscapes punctuated by jagged mountain ranges and pockmarked craters. The planet's surface is a canvas of stark contrast, where shadows and highlights play a constant game. The four native Moons, with the closest being a colossal 2213 kilometers in diameter, share the planet's somber features, casting an eerie glow in the night sky.

## Atmosphere and Climate:

Erebus possesses an atmosphere that barely whispers its presence. Comprising a fraction of Earth's, it shrouds the planet in an atmosphere that is nearly a thousand times thinner. The temperatures on Erebus plummets to a chilling -183 degrees Celsius, embracing the realm in perpetual coldness. Despite these frigid conditions, purple-hued exotic life thrives on its surface, adapting to the planet's unique environment.

## Orbital Dynamics:

Erebus orbits a distant yellow dwarf star, casting a feeble light upon its haunting landscapes. Its elliptical path around the star is marked by an orbital period of 25.6 years. The planet spins on its axis for a duration of 20 hours, its axial tilt of 14.3 degrees introducing subtle variations in its lighting and climate.

## Historical Context:

Erebus, in its 7.4 billion years of existence, has experienced a lifetime of cosmic changes. Its history is etched in the craters and ridges that pattern its surface, testaments to impacts and geological upheavals. The planet's unique composition, with a carbon-rich exterior and a sparse atmosphere, has fostered an environment that gave rise to the enigmatic purple-hued lifeforms that call Erebus home.
Despina

## Overview

Despina, otherwise known as Neptune V, is the third-nearest natural satellite to Neptune and the 6th largest moon of Neptune. It has a former provisional designation S/1989 N 3 before receiving a fitting name for this little moon. It is possible this moon was formed when Triton's gravity disturbs the orbits of the former moons of Neptune, which in cause to the widespread devastation to the Neptunian former moons system while later producing a disk that would later re-accreted to form Despina and the other inner moons of Neptune. Despina was named after the nymph Despoina in Greek mythology.

## Discovery

The Neptunian moon wasn't noticed during Voyager 2's flyby of Neptune as Voyager 2 captures dozens images of the Neptunian system and unknowingly included Despina in one of the images, it was not discovered until in late July, 1989. Afterwards, the newly discovered moon was given a designation S/1989 N 3. On 2nd of August, 1989, the discovery was declared. Despina got its name on 16th of September 1991 after the nymph Despoina in Greek mythology.

## Physical characteristics

The shape of Despina is asymmetrical in cause of its small size with a diameter of about 116.57 km and it shows no geological modification. Despina may have originated from the remains of the former major moons of Neptune after Triton is recently captured by Neptune in a eccentric orbit.

## Motion

Despina's orbital period is almost 8 hours with an extra minute and an estimated distance between Despina and Neptune is about 27780 km. Despina is the third-closest moon to Neptune in terms of distance and it orbits just inside the Le Verrier ring and functions like a shepherd moon to the ring. The close distance between Despina and Neptune means that Despina is likely in a synchronous rotation with Neptune with the one hemisphere facing Neptune.

## Gallery

Silver lining on DespinaNaiad, Thalassa and Despina (Despina being right)
1. ↑ http://www.princeton.edu/~willman/planetary\_systems/Sol/Neptune/
2. ↑ 2.0 2.1 https://www.sciencedirect.com/science/article/abs/pii/001910359290155Z?via%3Dihub
3. ↑ https://solarsystem.nasa.gov/moons/neptune-moons/despina/in-depth/
4. ↑ http://www.cbat.eps.harvard.edu/iauc/04800/04824.html
5. ↑ http://www.cbat.eps.harvard.edu/iauc/05300/05347.html
BRB-6 F

## General information

BRB 6 F is a frigid lacustrine subaquaria located inside of the Milky Way that was discovered on December 30th, 1999. The planet has some small lakes spaced out across its surface. The planet is the 5th away from its brown dwarf. There are 4 moons that have been observed around this world, and rings have also been observed around BRB-6 F. The average temperature here is 48.864 Kelvin. The rotational period of this world is around 26.388 Days, and the orbital period is 52.775 days. The atmospheric pressure is 0.802 ATM, and the composition is just N2.
DR/2022/11/31.SYS-03/S01/A

*(For worldbuilding purposes, I just standardized all months to have 31 days, no need to know which months are 30 or 31.)*

## General summary

DR/2022/11/31.SYS-03/S01/A is a cold lacustrine superaquaria located inside of the IC 1101 galaxy that was discovered on November 31st, 2022. It is the larger of the 2 in a binary planetary. The planet is 2 times more massive then Earth, though is not that larger than Earth in terms of radius. The planet has some seas spread across it's surface, not suitable for human habitation. Rings have also been observed around the world, these rings are A - D. DR/2022/11/31.SYS-03/S01 orbits a White supergiant, and a black hole. The orbit time of this world is 321 years.
Cassandra

Cassandra or RS 8513-3193-7-917246-12 6 - The sixth planet from the star RS 8513-3193-7-917246-12. The planet is warm, almost completely ocean-covered super-Earth

## Surface Conditions

### Atmosphere

* 88.9% N2
* 8.07% O2
* 2.56% H20
* 0.421% CO2

## Additional Information

### Position in Star System

6th

ESI - 0.793

## History

* The planet formed 4.9 billion years ago.
* ~4.8 billion years ago. The planet has cooled. Many scientists believe that this event happened too quickly.
* ~4.2 billion years ago. Cassandra was an ocean planet. At the same time, there is evidence of the first single-celled life
* ~2.8 billion years ago. The first continents and islands are formed
* 1.1 billion years ago. At this time, there is an abnormally high temperature. Curiously, it is at this time that multicellular life forms.
* 1100-560 million years ago. The eponymous supercontinent Cassandra is formed. Also, life begins to explore the land.
* ~680 million years ago. Possible evidence for the existence of an intelligent civilization at this time. Perhaps this civilization left monuments on the planet Datranel
* ~560 million years ago. Supercontinent Cassandra breaks up into two continents - Teledam and Pelops.
* ~150 million years ago. The continents are gradually being flooded. After that, the surface of the planet remained almost unchanged.
* ~80-? million years ago. The emergence of intelligent life. There is strong evidence that civilization existed at this point in time on Cassandra, and possibly not only on this planet. A group of geologists and scientists suggest that this civilization could "terraform" Datranel, flooding all the continents and slightly changing the planet's climate. This explains why Cassandra and Datranel are so similar. Maybe Сassandra and Datranel aren't the only planets they've visited?
* 14 million years ago. Derav archipelago formed
* Today - The planet's temperature is fairly stable. There are numerous islands on the planet, mostly of volcanic origin.

## Biosphere

The planet is dominated by snake-like creatures. They are generally quite large. Some of them have limbs. Flora is green in color and mostly not tall. Interestingly, in the history of the planet there have never been extinctions or outbreaks of speciation.

## Similarity with Datranel

Datranel and Cassandra have a lot of similarities: the surface of the planets, the composition and pressure of the atmosphere, mass and sunny day, almost the same temperature and a similar biosphere. Many scientists believe that the geological changes on Datranel that occurred 80-70 million years ago were artificially created. Around the same time, signs of an intelligent civilization appear on the planet Cassandra. Also, it is quite possible that it was the alleged civilization that existed 680 million years ago on Cassandra that left monuments on Datranel 670 million years ago. We all have only one question

**Where are the aliens now?**

Derav ArchipelagoThe only thing left of the Pelops continent"Paradise Island" SitaA day on CassandraNight on the CassandraCassandra surface mapCassandra with Rodrigos ModSurface map of the planet with Rodrigos Mod
Eoopa

While tidally locked, it surprisingly has a day and night cycle.

## Description

Eoopa is a planet located in the Large Magellanic Cloud. It has a strange anomaly in which the planet is tidally locked to a brown dwarf, which created a giant ice shelf, but because brown dwarf don't produce that much light, the planet gets its light from the two main stars further away, which create the day and night cycle while at the same time maintain the ice shelf. In other wards, it's "permanent night" side has no permanent night. The same goes for the day side where it maintains a cyclone like what any tidally-locked terrae have. that It has no moons, but does have a sister planet, Palmi.

## Eoopa Civilization

Eoopans are the native inhabitants of Eoopa. They are a race of bipedal fish like organisms that depend on the ocean for their live hood on very little "green" land, though some had adapted to live in the ice shelf. Despite lacking amounts of terrestrial land, Eoopa is home to a number of civilizations, mainly consists of many independent nations ruled by the Eoopan before its discovery and invasion around the year 6992. These civilizations also have a strange anomaly as these civilizations have strange borders, such ones going far inland and cut off from the outside Eoopan world. The reason for these for these borders remain a mystery as the natives denied telling their own history to any non-Eoopans.

## The Crackle

A phenomenon known only as "The Crackle" had been wide spread in Eoopa. It is a brief, but a loud cracking noise that is heard randomly all throughout the planet. It is described as "ringing" noise, similar to that of ear ringing, which can last for a couple of minutes. Meaning if someone is in Eoopa, this is normal for this phenomenon to occur.

*"What is this sound in my head? Is that ringing or is my mind playing tricks on me?" -Allen Fall*

The cause of "The Crackle" is still not known, though theory suggest that structures may produce these sounds as these structures that are exposed on the surface are shaped like pipes with holes. In the presence of wind can make these strange sounds. This was not widely accepted though and the exact cause and origin remains unknown.
Akira

Akira in all of it's glory

## Description

Even though Akira is a cold reddish desert planet like Mars, that is probably the only similarity that it has to the red planet. In fact, Akira is extremely different from Earth and Mars in terms of size, mass and atmospheric pressure, being over 4 times the Earth's mass, 1.8 times the Earth's diameter, which makes this planet a super-Earth, and having over 2 times the atmospheric pressure at surface level compared to Earth's. It shares the same star as Jangus, called Kelaso, and is also a neighboring planet of Jangus, orbiting Kelaso just beyond Jangus. One weird thing about Akira is that despite its closeness to Kelaso, it still has an Earth-like axial tilt and a fast rotation. It is also baffling to see that this planet has rings and a large major moon orbiting around it.

## Rings

As said from the description, it is confusing as to how Akira got it's rings. One theory suggests a big moon around Akira that entered it's Roche limit, causing it to break apart around Akira. Still, Akira and it's rings have held significant cultural importance on the intelligent species of Jangus, until every extant member of the species had their consciousness digitalized due to their failure of not reaching exoplanets quickly enough. Today Akira stands as a desolate and lonely desert world devoid of any intelligent beings present, except for some rovers on it's surface and some satellites orbiting around it.
ALPS-6 h

## Surface Conditions

### Atmosphere

* N2 94.7%
* H2O 4.11%
* O2 1.16%

## Additional Information

### Life

Organic multicellular (marine, terrestrial)

## Known Information

### General

Type: Planet

Class: Temperate Marine Terra

Right Ascension: 21h 22m58.07s (From Alara)

Declination: 72°28'22.78" (From Alara)

Absolute magnitude: -0m 54 (From Alara)

Distance from Alara: 65.96 light years

Effective temperature: -135.17 °C

Number of satellites: 13

Life forms: Organic multicellular

### Physical

Equatorial diameter: 11783.34 km

Mean diameter: 11755.12 km

Polar diameter: 11698.90 km

Mass: 5.6393·10^24 kg

Density: 6.6305 g/cm3

Rotation period: 14h 56m 28.98s

Solar Day: 14h 58m 02.58s

Age: 12.550·10^9 years

### Atmosphere

Height: 68.45 km

Tropopause height: 27.17 km

Height of homogenous atmosphere: 8.95 km

Air density: 61.692/m3

Air temperature: 43.244 °C

Mass: 2.174·10^20 kg

### Orbit

Parent: ALPS-6

Type: Elliptical

Period: 358.455737 days

Semimajor axis: 0.8075 AU

the cool orange dwarf star ALPS-6, and the location of ALPS-6 h
DR/2024/12/27.SYS-00/S09

## General information

DR/2024/12/27.SYS-00/S09 is a Cool gas supergiant located near a small star cluster, and was discovered on December 27th, 2024. This world is the 9th in it's star system, and is also the last one. The gas giant is 6 times larger than Jupiter in terms of mass, in terms of radius, the world is only one R⨁ larger than Jupiter. The world's bands are 2 colors, purple synthwave, and a darker sky-blue.
DR/2006/08/01.SYS-00/S03

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## General information

DR/2006/08/01.SYS-00/S03 is a warm arid earth with some large red sand deserts and dry mountains with a purple sky that orbits a black hole-A star binary that was discovered on August 1st, 2006. It is the 3rd away from its binary, it takes around 3 years to orbit both, and its solar day is 20 hours, 2 minutes, and 56.69 seconds. This world has 16 moons orbiting it, it has a temperature of 440.46 Kelvin. This world's mass is 1.0825 M⨁, a bit more massive than Earth, and it is barely larger than the Earth while siting at 1.0913 R⨁.
Citer 5

A small cold ice world.

## Basic Information

Citer 5 is named after its home star: Citer - a Red Dwarf star, and its position from its sun. It is the 4th smallest planet in the Citer system. Its diameter measures at 15,757.09 km, making it slightly larger than Earth.

The orbit of Citer 5 is far out enough from its home star that its orbital period is similar to Earth's, only lasting 271 days. Most of the major components of Citer 5's atmosphere are both toxic and flammable, making it a dangerous place for Humans.
Cearthia

## Cearthia's information

Cearthia is a temperate terrestrial carbonia with life located in the Milky Way galaxy that was discovered in December of 2008. The planet is similar to the Earth in some ways and very different in others. The planet has one moon, a moon that is seven tenths larger than our moon, Luna. The average temperature on this planet is 288.36 kelvin. The planet has an atmospheric pressure of 86.7 and an atmospheric composition of carbon dioxide and oxygen. The planet’s hydrospheric composition is a mix of carbon dioxide and regular water. There is only one ocean on this planet, and it is in the northern hemisphere. The ocean from space looks like a shade of coffee brown, though it is blue when on the ground, and seems to be a result of the northern ice cap melting entirely at some point in the near past.

The planet has an estimated age of 963 million years. The planet’s sky color is goldish, and so are the clouds of that color. The planet’s surface is made up of different rock types, and it was assumed there was some sort of flora that covered the surface of the planet, though through closer examination, the planet’s life was instead unicellular and oceanic. The coloration is instead due to the rocks simply being brown, though a light shade that is mixed with black or grayish pebbles. The axial tilt of the planet is 41\*02’14.06", and the solar day is 18 hours, 8 minutes, and 16.36 seconds. The rotational period is 18 hours, 7 minutes, and 57.40 seconds. The orbital period of the planet is 7.113 years, and the semimajor axis is 4.55 AU. The earthly similarity of the planet is surprising, with an ESI of 0.950. The mass of the planet is six tenths that of the Earth’s. The diameter of the world is 7359.18 miles.

### Gallery

The Pale brown dot viewed from its only moon. This photograph is also known as "Cearthiarise" in reference to the photograph "Earthrise".
### Moons (1)

 Class
 Diameter
 Mass
 Average temperature
Caborlai

Caborlai is orbited by the slightly less massive gas giant Aborlai. The atmospheres of the two planets have the same composition, thus their colours are very similar. The atmospheric structure of the two planets however is quite different, which makes them look like inverted versions of each other.

## Surface Conditions

### Atmosphere

* 91.8% H2
* 7.79% He
* 0.332% CH4

## Additional Information

### Moons

* 1 main moon
* 15 dwarf moons
Didymos

## Overview

Didymos (more specifically designated as 65803 Didymos) is the larger member of a binary asteroid system, and along with its smaller companion is classified as an Apollo asteroid. It takes around 770 days to complete an orbit around the sun while its eccentricity often brings it close to both Earth and Mars. Due to its occasional close approach to Earth; Didymos has been well studied with its moon Dimorphos being subject to an asteroid redirection test which in September of 2022 proved to be successful.

Its name was a suggestion by its discoverer and is the Greek word for twin.

## Characteristics

Didymos is speculated to be mainly composed of silicates due to its extensive visual and spectroscopy observation. Radar observations have confirmed that Didymos is an oblate spheroidal shape, which is due to its high rotation period of 2.26 hours. The diameter of Didymos is about 780 Meters.

The orbit of Didymos has an eccentricity of 0.38, and like many other asteroids is situated on an irregular orbital plane in relation to the ecliptic. Its closest possible approach to Earth is around 0.04 AU, and its closest possible approach to Mars is around 0.02 AU.

Didymos & Dimorphos partially illuminated by sunlight.
Evea

## General information

Evea is a acid green moon that was discovered on January 31st, 2023. The moon has an average temperature of 199.94 kelvin, and the atmospheric pressure here is 33.2. The atmospheric composition of the moon's atmosphere is CO2, C2H2, C2H4, CO, and C2H6. The hydrospheric composition of the planet is CO2, C2H2, SO2, and C2H4. The moon 5.2 billion years, and the moon has an axial tilt is all zeros. The solar day is 2.127 days, and the orbital period is the same, the moon is tidally locked with its parent planet. The planet has an Earth similarity of the moon is 0.712. The mass of the moon is 0.24865 M⨁, and the diameter is 0.7 of the Earth. The moon was discovered during the late hours of January 31st, 2023. The atmosphere seems acid green from space, but on the ground, the sky is more of a purple/yellowish atmosphere.

#### Geography

The moon is similar to the earth in that it has several continents, seas, and oceans on its surface. The moon's largest ocean is around the size of the northern Atlantic Ocean, and it has several large oceans inside of it. The sea level has only changed 10K years ago during the end of the ice age of this moon, the sea level risen by 60 meters. The planet's rivers and oceans are carbonic and sulfuric, and human settlement on this world during the late 2490s faced them as a challenge as there seemed to be a lack of ice and terraforming did not exist to this extent during that time period.
Dragukek

Dragukek, an iron world with complex life formed in a nearby star cluster. It orbits a white dwarf star smaller than it.

## Planetary Characteristics

Dragukek is a planet formed in the star cluster RC 8496-190, which exists about 46,000 light years away from Earth. It is in an area of active star formation, with huge giants and supergiants surrounding it. Dragukek's parent star is a white dwarf; it is the corpse of a once large blue star that fused heavier elements in its core like iron. It shed its outer layers of gas as it died, which led to the expelling of massive amounts of iron. It created many ferrias, one being Dragukek. It is tidally locked. Despite this, life is possible on the day side due to the relatively steady stream of energy coming from its host; and oceans of liquid water have helped complex carbon-based life thrive on it.

### Night Side

The thick and powerful atmosphere of Dragukek has allowed the temperature to be stable on both sides. But the day side has the light of its parent star to absorb energy from, so life has evolved to thrive there. There's nothing living on the night side.

## Life

Unlike red dwarf stars, white dwarfs have a stable energy output with no sudden bursts of increased brightness or solar flares - of course, since there is no nuclear fusion going on in their cores. But they do shower their planets in large amounts of UV rays. To combat this, plants on Dragukek have developed a silver pigment to deflect that harmful radiation - and only absorb the energy they need.

The silvery Dragukaline plants are eaten up by animals, which have six legs rather than four like here on Earth. The denser composition of this planet makes the gravity much stronger, so the animals need more limbs to support themselves on land. But with this stronger support, the complex life has still grown much - it has reached a rich variety of organisms, some of which have grown to huge sizes.
Cotthz

Cotthz is the fifth planet in order of distance from its star, it resides in the Karrash system (where Kur Karrash is also found) this planet is an interesting gas giant very similar to Jupiter.

## Surface Conditions

### Atmosphere

H2:98% He:7.74% CH4:0.364% N2:337 ppmO2:84.2 ppm NH3:41.7 C2H2:38.4 ppm C2H4:14.4 ppm Ne:12.7 ppm Ar:9.25 ppmC2H6:7.26 ppm C3H8:3.67 ppm

## General

Cotthz is the fifth planet in order of distance in its system, it shares star with Kur Karrash.

Cotthz is a gas giant of considerable size and with many marked features in its brown clouds (Storms, Cyclones), this gas giant is fascinating for its beautiful and at the same time furious storms that taught the Kashurian civilization a lot about the giants of gas in general.

## Features

Cotthz both in size, aspect, composition and features is very similar to Jupiter of the solar system, even the two planets have two distinguishable cyclones (The great red spot and Trentrann) where these two planets differ is in their mass, Cotthz due to its composition rich in diverse gases is much more massive than Jupiter (Cotthz has a mass of twelve Jupiters).

Cotthz unlike Zar Karrum does not have rings, however the storms and cyclones in Cotthz are more defined and have a longer duration, these storms and their extravagant shapes are one of the main attractions of Cotthz in addition to its rich atmospheric composition that make it an excellent gas mining site, however it is not easy to establish mining bases on this planet, it cost the Kashurians a lot due to the crushing atmospheric pressure of Cotthz and its treacherous cyclones.

In the equatorial region there is a cyclone that stands out on this planet, the Kashurians called it Trentrann (Trent of wind and rann of titan) and it really is a name that fits very well since this gigantic storm covers more than 10,000 km² and has been active For several centuries, also in the equatorial region there is another smaller but gigantic storm called Lyktro'tek (giant of giants) that covers approximately 5,000 km².

## Moons

Cotthz has 51 moons of which only one is significantly large with almost the diameter of Earth, the rest are small moons and asteroids.

## Climate

The climate of Cotthz is very rough and stormy with winds of speeds of 1200 km / h, together with several cyclones in constant formation, some of these storms last even centuries, this climate is one of the main obstacles for the investigation and exploration of the Cotthz environment.
DR/2022/12/02.SYS-01/S05

## General information

DR/2022/12/02.SYS-01/S05 is a ringed cold gas minigiant with a fruitish orange tint and has some large storms on its equator. It has some continental-sized cyclonic storms in its far northern regions. This gas minigiant is the 5th in its system, it has 100 observed moons, most of which are city-block-sized asteroids, and were observed years later during the 2029 re-observation thanks to the fact of how tiny they are. The orbital period of this minigiant is around 281 years, and the rotation period is 7 hours, 30 minutes, and 29.35 seconds. The rings are A - E, they are very compact. This is a very old world, it is recorded to be 12 billion years in age, 12.9 to be more precise, so this world is a couple hundred million years older than the world Methuselah.
DR/2027/02/10.SYS-04/S03

## General information

DR/2027/02/10.SYS-04/S03 is a temperate lacustrine superearth located inside of the Antennae galaxies that was discovered on February 10th, 2027. The world orbits a blue main sequence star, it has an orbital period of 127.584 years, and it has a rotational period of around 13 hours, 42 minutes, and 17.78 seconds. The planet has no observed moons, and it has several seas and some oceans spotted across its surface. The world has an ESI of 0.839, it is slightly larger then Earth in radius, but is twice its mass. The planet is notable for its sapphire/blue tint combined with its already blue atmosphere and water.
Dendra

This sad, lonely, and dark world appears to have many volcanoes and a massive storm because it is tidally locked. This planet orbits a Y-class brown dwarf.

## Surface Conditions

### Atmosphere

N2: 89.6%Ar: 7.94%

CO: 2.49%

He: 84 ppm

Ne: 65 ppm

## Gallery

Toeba with the ambience lighting up a littleDendra with its dark moon, ToebaNo nights on Dendra!A lava lake on DendraAnother picture of the surface with the ambience lighting notched up a littleThe surface of Dendra
## Trivia

* It's moon, Toeba, is around the same size as Comet PANSTARRS
* Despite being even closer than Mercury to its star, it is still approximately as cold as Saturn
	+ The reason for this is because the temperature of the star is 220 Kelvin, much colder than the moon, and much colder than your average Y class brown dwarf temperature.
* This planet is the largest of the 6 planets
	+ Though this planet is a little bigger than Earth
	+ There is an additional dwarf planet in that system too.
Erimah

A middle-sized titan whose tectonic plates clash against each other mainly along the equator, forming vast mountainous areas. It has a ring system that is not particularly large, but very opaque. The shadow projected by the rings is so dark that in the areas it covers temperatures decrease significantly.

## Surface Conditions

### Atmosphere

* 99.9% N2
* traces of Ar, CO, Ne, Kr

## Additional Information

### Moons

* 4 main moons
* 16 dwarf moons