recursal/Fanatic-Fandom huggingface dataset:
Gasbol

***"Is the explosion done?"** - Spacedragon II*
*This* stub *related article is a terraforming candidate (stub)! Please add suggestions on the talk page so it will be complete!*

**Unfinished**
This page is considered to be unfinished, and will have more content added to it in the future. If there is no change for a long period of time, notify the staff and it may be put up for adoption. *Gasbol

Gasbol from a passing transport ship en route to Pyrek. The Vernarca Nebula is very prominent in this shot

### Alternate Designations

Bahnagsik I, Quantis c I, VeLSDOS DI 8 f I, VeNSOOP 2 c I

## Atmospheric Characteristics

### Air Density (sea level)

Bruh*

Gasbol is the sole moon of the famous habitable planet Bahnagsik. It's not that special in terms of appearance, but it does have a few interesting characteristics, such as its extremely close-in orbit and some unusually high concentrations of lithium, palladium, silicon, tungsten and vanadium scattered all across the surface of the moon.

heavily WIP
Ergal

Ergal is the only planet and is a Super Terralla of Malvor. It has a series of mining colonies on its surface to mine the rare minerals that are present.

## Physical Characteristics

Ergal appears as a basic rocky world, this is true to a degree but there are some rare minerals on the surface which are present within the bright spots. However, under its surface contains even more rare minerals, somehow. Like most tidally locked planets, its dayside is absolutly scorching, while the nightside is very cold. It's atmosphere (or lack theirof) causes the temperature differences to be even more extreme.

## Mining Colonies

Due to this planet having rare minerals, this planet is being used to create a lot of habitats that are swarming Malvor.

## Landforms

* Mountains
* Rare Mineral hills
* Craters
* Plains
* Highlands
* Midlands
* Lowlands
* Hills
* Canyons
* Cliffs
Trantin

Trantin, with the Astros Galaxy in the background

Trantin is the second farthest and largest moon from Nerella. It is unique in that it has a retrograde orbit.

## Physical Characteristics

Trantin is the largest moon of Nerella, making up the bulk of the mass orbiting the planet. It is a rather "two-faced" body, with one side very mountainous and covered in geysers, ridges, and hills, and the other side mainly flat plains.

## Atmosphere

Trantin has a thin atmosphere, which made mainly of nitrogen and is rather useful for aerobraking. The *Explorer*, the first manned mission to the outer solar system beyond Glau, used it to aerobrake into orbit around the moon. It is thought to have formed from evaporation of nitrogen ice from the surface.

## Orbit

Trantin is a very large captured moon. How do Terallan scientists know that? One major red flag is that Trantin orbits Nerella *retrograde*compared to all other moons in the Verda System. Another is that while Trantin's orbital eccentricity is practically zero, other moons of Nerella have very eccentric orbits, as if they've been disrupted by its high gravity.

Trantin was likely once part of a dwarf planet binary before it was pulled into the Sphere of Influence of Nerella. The fact that Trantin was moving backwards in its orbit around the binary relative to the binary's motion through the Verda System allowed it to go slow enough to be captured into orbit when it got close enough for Nerella's gravity to dominate.

Due to its retrograde orbit, Trantin will eventually deorbit itself into Nerella, adding even more material to its rings, if left to itself. However, it WON'T BE! The Verdan Federation is working on a way to reverse its orbit without prematurely deorbiting it or melting it and allowing resources to escape into space. New news stories on this (Terallan) yearly.

## Life

Trantin is confirmed to have life in its subsurface ocean, but it is not intelligent. As yet, it is only microbial.

## Biomes

* Kavanik Crater
* Craters
* Lowlands
* Midlands
* Highlands
* Subpolar Region
* Cantaloupe Terrain
* Fractures
* Cryovolcanic Terrain

## Trivia

* Trantin is the largest retrograde-orbiting moon in the Verda System.
* It is the first planet to be attempted to be moved by the Verdan Federation.
Alda System

3. Ibuecta

4. Materis

5. Unnamed currently

6. Tetrow

The Alda System is a six planet system within the ring of the The Silky Way.

## Overview

It is a G-type star, 0.75 solar masses in size, orbited by six planets, four terrestrial, two gas giants specifically.

## Orbits

Unnamed First planet: A molten lava world

Tamera: A temperate world with a vast range of biomes and environments. Several sentient species call this planet home.

Ibuecta: A green world with a mostly barren landscape and toxic cesspools.

Materis: A large blue gas giant. It is the biggest world in the Alda system and appears bright when seen from Tamera.

Unnamed Fourth planet: A green ice giant

Tetrow: A tiny ice world with a thin ring of ice particles surrounding it.
Hadra

Hadra and its disk

Hadra is a late WN-type wolf-rayet star in the Kerillis Nebula. It is very bright as far as wolf-rayet stars go, due to being very large compared to most. It is also, interestingly, a single star, which is not particularly common for wolf-rayets in The Silky Way.

## Discovery

Hadra was discovered shortly after the invention of the telescope on Teralla, and given the name of Hadra, meaning "small companion", due to the fact that it was very close to the much brighter Kerillis in the sky. It is also cataloged as MIP-14391 or SW-WR51.

## Properties

Hadra is a very hot star compared to other stars, but it is actually rather cold, compared to other Wolf-Rayet stars, being a WN9ha. It has an average temperature of 32,000 Kelvin, so it has a visual luminosity of 79,700 times the sun.

## History

Hadra was originally an O-type main sequence star of roughly 150 solar masses, and stayed this way for the majority of its extremely short life. Four million years into its lifetime, it expanded into a yellow hypergiant, pushing outwards or absorbing the majority of its already pretty ragged disk.

A few thousand years later, Hadra collapsed into a Luminous Blue Variable, a rare form of blue supergiant/hypergiant that can shrink or expand by a factor of four in the span of years, and can sometimes erupt, losing a vast amount of mass in the process (Usually on the order of 5 solar masses per eruption), and sometimes creating a nebula in the process. A mere 30,000 years after leaving the main sequence, Hadra became a Wolf-Rayet star, leaving us where we are today.

### Predicted future

Hadra doesn't have long to live. It is set to slowly increase in temperature, and move onto the Wolf-Rayet Carbon spectrum, and potentially the exceedingly rare oxygen spectrum. In about two hundred thousand years, at only 110 solar masses remaining, it will go supernova, exploding in a powerful gamma-ray burst. Nothing will remain.

## Surroundings

Hadra has a dust disk left over from its protoplanetary disk days, and a shell of young comets. Its oort cloud is less massive than most oort clouds, due to Hadra's astonishingly high stellar wind.

### Probes and such

Relatively recently, a series of small probes were sent across the vast gap of uncolonized space to explore the Parallelogram Cluster. Some of them went to Hadra.

### Discoveries

When the probes arrived, they found that the disk had a relatively large amount of rare elements in it, making a prime candidate for mining expeditions once the wave of colonization reaches the Kerillis Nebula.
Jovassen

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## Overview

The first planet orbiting Starrial, Jovassen orbits very closely to Starrial, completing an orbit in around every thirty days, which is very quick. As a result, lava lakes periodically appear on Jovassen's surface. It is also the smallest planet in the whole system. It is also quite dense, suggesting it lost quite a bit of its mantle early in its life.

## Usage

Jovassen is rich in important and rare metals, making it a useful asset for the Campurians. They have been extensively mining the planet for the past few hundred years, and are currently constructing a dyson swarm around Starrial with this material.
Eptunis

10% Methane

6% Nitrogen

Eptunis is the 2nd to last planet, the last known ice giant and largest ice giant in the Holias system and is similar to Neptune in appearance. this is the last planet to receive a good amount of light to be visible.

## Physical appearance

This ice giant has a appearance that is similar of Neptune, though this ice giant appears like any typical ice giant, this planet is also the 4th largest in the system, this planet's storm system is also a very complex thing on this planet due to it's distance being much further to the star is compared to Neptune .

## Menro

The first moon of Eptunis, this is a very basic moon like most of the moons, though it does have beautiful volcano's, though it looks like a normal rocky moon it's self.

## Meldoz

Meldoz, a icy moon that is really active, though it is very icy, it is one of Eptunis' large moons that it contains.

## Eptunisian geography

Eptunis is a very active Ice giant as it has storms every 5 days with the main storm that is visible is known as The Mega blue spot which last's every 45 years and the planet has windspeeds of 3,500 km/h which causes the planet to have the 2nd fastest windspeeds of the planets in the system as a whole.

## Trivia

* Largest ice giant in the system and 4th largest in the system.
Sulpha

Image of Sulpha

Sulpha is the outermost, and weirdest, moon of Jevethra. It's seas and oceans are comprised of sulphuric acid, and it has a unique retrograde orbit.

## Physical Characteristics

Sulpha is a rare™ Exotic moon which has it's surface features driven by sulfuric acid rather than water. As a result, it has an extremely yellow appearance, causing it to be referred to colloquially as "The Rotten Egg", to the disgruntlement of its colonial population.

Sulpha's surface is covered in sulfur-based compounds, to the extent that it has oceans of sulfuric acid. Its temperature is at a good spot to allow for a "sulfur cycle" rather than a water cycle, which is of great interest to scientists, even though it has been researched the hell out of by Terallans. As a result there are strange yellow clouds loaded with sulfuric acid, and also rain sulfuric acid. As a result, all surface craft must be prepared to block the acid rain somehow.

The surface of Sulpha is covered in sulfur-based compounds. It has an active surface comparable to Teralla, with rivers, lakes, even oceans of sulfuric acid. The surface is a sort of brownish-yellow color, mostly silicates combined with the very abundant sulfur deposits. The surface is mostly flat, because of the extreme erosion caused by the sulfuric acid rain, but there are mountainous regions, most likely because of volcanic activity and plate tectonics. It also has rather large floodplains, caused by tides from it's parent planet, Jevethra.

## Atmosphere

For a moon of this size, Sulpha has a rather thick atmosphere, being 3 times Earth's atmospheric Pressure. It has the thickest atmosphere of a habitable planet as well, assuming. It is composed of a rather rich variety of gases, though Nitrogen, Oxygen, and Sulfuric Acid are the most common. Terallan scientists used to believe that the oxygen was the result of a Non-biological process, but life and even a civilization have been discovered on it's surface. Sulpha experiences weather just like Teralla, Shirus, Tamera, Rellis, Karba, and other more temperate planets.

## Life

Despite its unique, potentially habitable environment, Sulpha is unfortunately lifeless.

## Biomes

Sulph, having such a varied ecosystem, has 14 biomes, the largest number of any planet in the Verda System.

* Sulfuric Acid Lakes
* Sulfuric Acid Shallow Oceans
* Sulfuric Acid Deep Oceans
* Sulfuric Acid Rivers
* Flood Basins
* Lowlands
* Midlands
* Highlands
* Volcanic Mountains
* Shores
* Polar Terrain

## Trivia

* Sulpha was the last Jevethran Major Moon colonized by the Terallans, because of its rather hostile environment.
Quantis

**Unfinished**
This page is considered to be unfinished, and will have more content added to it in the future. If there is no change for a long period of time, notify the staff and it may be put up for adoption. *Quantis

Quantis up-close from a research craft

### Companions

Emethas, Bahnagsik, Varbudos, Aranji, Molgi, Puta and Hensas (Planets, no companion stars)

## Physical characteristics

### Mass

0.64983005815025995933 Suns or 1.29246E+30 kg

### Surface area

3.43E+12 km^2 (Can't type the squared symbol for some reason)

### Habitable Zone Extremeties

Inner edge 65212091.81 km Outer edge 107284409.1 km

### Interesting Features

Frequent interstellar comets and asteroids, rarely gets sunspots

### Number of planets

7 planets, 23 dwarf planets, 2 debris belt and 72 moons

### Neighbors

Yakto, Katheria System, Klein, Verda System and Starrial

## Population

### Under Control of

QIR (Quantan Interstellar Republic)*

Quantis is a 7.8 billion year old K-type star with 7 planets and is 75% the size of the sun. It has 7 planets, 2 of which are naturally habitable, as well as 23 dwarf planets, 72 moons, and 2 debris belts. Most of these objects are colonised, and some are terraformed.

## Physical Characteristics

Quantis is about 7.8 billion years old and it formed in the small and now non-existent Cara nebula, about 5000 light-years away from where Quantis is now, just outside the Silky Way. Then the young Quantis moved towards the Silky Way, and after this, Quantis got pulled into a stable orbit within the outer ring of the Silky Way.

## Nearest stars

Yakto

Ayana and Kabira (Katheria System)

Klein

Verda, Altara, and Taozora (Verda System)

Starrial

Vernarca

Gagibah

Bakino

Hadeos

Fanior

Deferna

Bioner

## **NOTE**

**There will be many more neighboring stars to come as I plan to expand the stellar neighborhood around Quantis, with many different and interesting star systems.**
Apundis

5% Ammonia

5% Oxygen

Trace amount of other gases

Apundis is the only planet of Azox in the Zev System and is the systems largest planet.

## Moons

Apundis has no confirmed moons as they were likely swallowed up and destroyed by Azox.

## Geography

This planet is very geologically active as it has intense storms that exist on this planet and wind speeds here exceed the speed of 5,500 KM/H and this planet rains molten Silicate sideways which would instantly melt you in one go.

## Physical characteristics

This planet appears as a Hot Jupiter which is a very common planet known to exist that orbits very close to it's parent star and this planet has intense heat variations in it's atmosphere and could melt anything very quickly.

## Rotation period and orbital period

Apundis has a fast rotation period as it rotates every 18 hours (3 quarters of earths 24 hours) and it orbits around Azox every 1.23 earth days which is very fast for any planet in the Zev System to date.
Coruscating Cluster

The Coruscating Cluster is a minor open cluster in the Gap of the Silky Way containing ninety stars,

## Clusterography

The Cluster itself has Ninety-two stars and around sixty brown dwarfs, Seventy-five of the stars are within the core of the cluster while seventeen have begun to leave, forming the smaller Breakaway Group in the clusters galactic north. Sixty-six of the clusters stars are M-type, while K-type represents fourteen, G-type comprises six, F-type has four, with only a single A-Type and White dwarf to finish the list.

## Inhabitants

The Cluster encompasses the bulk of the nYaucto and Apyey races with traces of other immigrated or imported species recovering from a power struggle to identify a successor to the outgoing ruling dynasty. The dynasty fell along with Great Gap Hyperlane System, the prominent means by which the nYaucto Teyno manifested it's influence and sole stabilizing effect of the whole empire. The resulting conflict was a series of wars, civil wars, secessions, revolts, rebellions, coups, battles, and assassinations, culminating in the bitter election held by and between the electoral princes of Ezaunor and Zezhcor finally choosing a new dynasty to rule the Teyno.

The reconstituted Neo-nYaucto Teyno began to reassert it's dominance on the surrounding nations which had risen in it's absence from the ashes of it's surviving former colonies and territories. The Neo-nYaucto Teyno is built around four stars: Ezaunor, the home system of the nYaucto; Zeyzhcor, the second system of the nYaucto; Keneyzr the brightest star in the cluster weighing 1.67 solar masses and shining with the intensity of seven suns; and Peyn the home system of the Apyey race.

## Infrastructure

A Network known as the "Galactic Shoulders" is home to a series of Warp Lanes along with two large wormhole bridges. The Network also includes various Laser Highways and Electromagnetic redirects.
Meliso

Meliso is the last planet orbiting Relka and is a frozen Super-earth that orbits beyond the Relkaian Dust Disk and is the only planet with moons and is a captured planet.

## Moons

### Anqui

A basic icy major moon that really isn't interesting though it is very large.

### Alordae

Another icy moon and also not really that interesting but it is comparable to the moon in size and mass.

## Physical characteristics

Meliso appears very dark due to it's extremely far distance from the star, it is believed to be covered in a thick layer of ice with a possible ocean under the ice, this planet's surface is rather quite old which it is 3.5 billion years old and has not disappeared from the planet due to it's star never stripped it away and the cosmic radiation hasn't too due to a strong enough magnetic field to protect this planet from any sort of radiation, there is a slim chance to none if there is any life on this planet.

## Orbital period and rotation

This planet takes by far the longest to orbit Relka as it takes 163,121 years to orbit it's parent star and it has the slowest rotation of any planet in the system as it takes 25.7 days or 618 hours to rotate on it's axis, it does have a high eccentricity but a low inclination.
Salorvas

A view of the planet with the other's behind it in view

5% Silicate

5% Nitrogen

Salorvas is the 2nd planet of Zavar and is also a rocky planet.

## Physical Characteristics

Unlike it's brother, Velierna, Salorvas is a scorching hot Desert with one side being very scorched and the night side being very frozen. There are mountains, canyons, and a few other land forms that exist on the planets surface.

## Rotation Period and Orbital Period

Like the other planets, Salorvas is tidally locked to it's star which causes one side to face the star and the other to face away from the star. This planet does however take 1.56 days which it translates to 37.4 hours which is slightly slower but still quick.

## Landforms

* Canyons
* Craters
* Mountains
* Hills
* Cliffs
* Lava lakes
* Lava ocean (Day side)
* Plains
AE Cluster

The **AE Cluster**, also called **the Haze**, is a large over-density of dim stars located on the outskirts of the Silky Way Galaxy at a distance of 4,000 light years and is sometimes referred to as a satellite galaxy.

### Composition

The Haze is divided into two main regions the **Ayl** and the **Crimson** which together contain 65,000, primarily M-type, stars. However this population does contain several hundred heavier G-type stars, most of which preside in the Ayl region, and often facilitate Cluster largest civilization.

It has a radius of nearly sixty light years and a hill sphere with a radius of roughly 140 light years outside of which the influences of the

### Inhabitants

The Cluster is resident to a few minor powers most notably the Cey Vondunke, the nYaucto Dyozhu, the Mener, and the **Pelarri**, of which only the latter two are native.

### History

The Cluster itself is ancient, formerly hosting the now extinct **Olerre** civilization.
Aranji

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**Unfinished**
This page is considered to be unfinished, and will have more content added to it in the future. If there is no change for a long period of time, notify the staff and it may be put up for adoption. *Aranji

Aranji with Heagi Planitia

Aranji and its largest surface features, The Yengis Ravines (top) and Zesis Crater (bottom)

## Miscellaneous

### Interesting Characteristics

Red planitias everywhere, humongous crater*

Aranji is a cratered body past Varbudos at the inner edge of the Lanaro Belt. It is the smallest planet in the Quantis System. Efforts to terraform the planet are presently underway, the atmosphere is almost complete.

## Physical Characteristics

Aranji's location is just about ~0.053 AU away (at closest point between the two objects) from the closest asteroid to Quantis that is considered a part of the Lanaro Belt (not freely roaming between planets in its own orbit that either briefly takes it through the belt or even never through it).

## Notable Surface Features

Some of Aranji's most notable features include the red Heagi Planitia, the Yengis Ravines, and the massive Zesis Crater, formed by a large collision that happened early on in Aranji's lifetime.

## Atmosphere

Aranji's atmosphere is thick, and contains high amounts of oxygen and nitrogen, and traces of other elements such as argon, carbon dioxide, carbon monoxide and many others.

## Climate

The climate on Aranji is cold, despite the terraforming efforts of thickening the atmosphere, with average temperatures sitting below -20. Temperature is very predictable on Aranji, it is hottest at the equator and coldest near the poles like almost any other object, and almost always below 0.

## Orbit and Rotation

Aranji takes 19.36 hours to complete a full rotation

ORBIT IS WIP

## Formation

Aranji formed from the early disc of dust and gasses. The planet accumulated mass over a time period of 98 million years until it stopped. It also got its own disk around it, and this went through the same process and became Vanem and Jera. Vanem's formation took around 41 million years, while Jera's is unknown, likely very short (<20 million years).

## Vanem

Vanem is Aranji's only Major moon, and is quite big compared to the planet itself, measuring at 1042.862 km across. It is a pretty average moon, not really anything interesting about it.

## Jera

Jera is a small minor moon orbiting at close distance to Aranji. It measures 288.42 km at its widest. Vanem's presence causes its orbit to be a little wonky, just a slight bit wonky.

## Biomes

* Redlands
* Rocky Plains
* Canyons
* Hills
* Mountains
* Cratered Plains

## Interesting Characteristics

* Smaller than Mercury
* Heagi Planitia and other reddish areas
* Incredibly big crater
Tose

1% Radioactive Materials

**Tose** is the Second major moon of Kolim, it is irridiated due to a nuclear armageddon that happened recently.

## Life

Tose once housed a advanced civilisation comparable in tech and culture to Humans in 30s and the 50s, however recently (Aurond 200 Years Ago) they had gone extinct due to a Nuclear Armageddon. The Life itself has obviously mutated due to history of that planet and has become scare, the Bacteria quickly adapted to new enviorment while other species went mostly extinct.

#### The Probe

Few Years before the Armaggedon they sent a probe to Cova, back then their culture was comparable to XVIII/XIX Century, the probe made Covans excited and intrested in space exploration due to them wanting to met whoever has sent it. Many Years Later they visited the moon only finding a Radioactive Wasteland mostly devoid of Life.
Anqui (Alditian moon)

Anqui is the 2nd moon and last moon of Aldit in The Zev System and is mid-sized moon.

## Physical characteristics

Anqui appears as a airless baren desert with no active volcano's and nothing to really point out of this moon. One thing that the moon does have to make it important is it's tide effects on Aldit which is what Aldob does too.

## Orbital Period and Rotation period

Like with most moons, Anqui is tidally locked to it's planet meaning one side always faces the planet. Aldit does orbit every 8.97 days which is just a little over 5 days slower than Aldob (A Alditian moon) and for the whole Zev system is rather quick.

## Landforms

* Volcano's (inactive)
* Mountains
* Craters
* Valley's
* Canyons
* Old lava channels
Esto

A side view of the moon.

Eato is the 4th and final moon that is orbiting Vulus and is the planet's smallest major moon, this moon is one of 3 major moons that is not tidally locked due to it is at a far enough distance from the planet.

## Physical characteristics

This moon like with the 3 other airless moons is a basic moon, though this one appears the most yellowish of the 3 airless moons, this moon is also quite unique because it has a lot of volcano's however most of them went extinct, there are 2 known active ones that erupt every 5 days that reform the surface of this moon causing it to be one of the more geologically active moons in the Vulsusian moon system.

## Estoian Geography

This moon like Aro is considered a active moon, though this one has less active volcano's, this one has 2 notable volcano's that stand tall and active as they erupt every 5 days which means it erupts roughly 40x a complete orbit of the moon, it's cause of activity is caused from the affects of Aro passing by the moon in-terms of resonance causing geological effects on both moons. the cause of Esto's 2 main volcano's erupting have caused Canyons to form and other lava flowed area's to form on it's surface while also covering up Craters on the moons surface.

## Estoian landforms

* Mountains
* Volcano's
* Hills
* Canyons
* Plains
* Valley's
* Cliffs

## Trivia

* Most distant moon of the planet that is a spherical object.
Meldoz

Meldoz is the last major moon and one of 2 large major moons of Eptunis in the Holias system and most interesting ice world orbiting Eptunis due to it's large icy mountain on the surface of the moon.

## Physical appearance

Meldoz appears as a typical ice world from space, but what could be seen is the largest mountain known as Mount Vetoras as it is 32 km high and it contains a interesting shape and is known for having a odd marking on it that makes it noticeable in space though it is dark and not the easiest to detect from space caused from this moon's proximity to Holias.

## Meldozian Geography

Meldoz isn't really that active, though this moon has the most interesting mountain, this moon has no activity remaining though it is a frozen ice world and there really isn't much going on here to think of, though this moon is inactive. There is something that still makes this moon interesting.

## Meldozian landforms

* Mountains
* Cliffs
* Craters
* Valley's
* Lowlands
* Highlands
* Plains

## Trivia

* Largest moon of Eptunis.
* Known for it's large mountain.
Xechas

Xechas, the beautiful ice giant in the Aster System.

**Xechas**, also known as **Aster e**, is an ice giant in the Aster System. It's the fourth planet in the system. It is the largest and most massive planet in the system.

## Physical Characteristics

Xechas is an ice giant. It is composed mostly of elements heavier than helium. It is the largest giant in the system. It is about 112 800 kilometers across and has a mass that of 85 Earths. A day on its equator lasts 17 hours. Just like Mystir, Xechas has an ocean made from a mixture of water, ammonia and methane beneath its thick atmosphere and it rains diamonds there due to high pressure.

## Orbit

One year on Xechas is 25.5 years. It moves around Aster with a velocity of around 12 km/s. Its orbit is fairly eccentric. The closest it gets to Aster is around 9 AU and the farthest is around 11 AU. It has a semi-major axis of around 10 AU.

## Natural Satellites

Xechas has 33 confirmed moons and 4 ring groups. The first nine moons are regular and orbit in practically circular orbits, while the rest are captured into irregular orbits.

### List of moons

Xechas has 33 known moons, the biggest of which are Megal, Endia and Mikr. This is a list of all moons of planet Xechas in The Aster System.

Note: Periods with negative values are retrograde.

### Ring System

The ring system of Xechas probably originated from the collisional fragmentation of several moons that once existed around the planet. After colliding, the moons most likely broke up into many particles, which may be as much as 500 million years old. The ring system stretches out from 2 700 km to 49 200 km from the equator. It consists of hundreds of rings segregated into 4 groups. From the planet outward, they are named XeR1, XeR2, XeR3 and XeR4. (XeR standing for Xechas Ring).

The rings of Xechas are also rich in propeller moonlets, which are large particles of the rings that have a significant effect on other particles.

## History and Future

Xechas formed about 4 billion years ago along with other planets in the system. It was a much warmer planet back when Aster was still a main-sequence star. Its appearance was most likely quite similar to the present day. As stated earlier sometime in the past moon collisions took place which created the rings we know today.

Xechas will not stay in orbit around Aster forever. At some point in the future it will get perturbed by a massive object passing through the system and get ejected. Some of its moons may also pass through the Roche limit and contribute their mass to the rings.

## Colonization

A variety of rare gases present in its atmosphere is what makes Xechas a valuable planet for any civilization. The Verdan Federation has built a handful of gas mines in the atmosphere of the giant already, with more under construction and also built outposts on the largest moons of Xechas: Megal, Endia and Mikr.
Sukothra III

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## **Sukothra III**

Sukothra III from space, notice the north polar vortex caused by the planet's strong magnetic field.

### Alternate Designations

RS 8409-234-9-120541445-0 3 (SpaceEngine 0.971)

## Miscellaneous

### Interesting Characteristics

* Great Ghost Spot

**Sukothra III** is a temperate jovian planet and the third planet from the Sukothra System. It's most noticeable feature is a large magnetic polar storm named the “*Great Ghost Spot*”.

The Watella are known for being this world's inhabitants, who resemble large floating gas bags that can also breath both hydrogen and helium.
Cygnarias

Cygnarias is a white dwarf and is the main star of the **Cygnarias system** and is the parent of 2 planets.

It was noted that this star would eventually leave the nebula it had made billions of years ago.

## Planets

There are 2 planets orbiting the stellar remnant.

### Elboria

A small terrestrial planet, this planet is suspected to have rare minerals that is still on the planet despite there being signs that there used to be a mining colony here long ago prior to the planets discovery. This planet is also quite comparable to the Moon in some ways in that there is craters that were caused from a set of collisions ever since it's creation billions of years ago.

### Terok

A large gas giant that had survived the explosion and once had moons prior to the explosion. However, it was noted that there's some other odd elements not seen in a common gas giant such as Carbon and Chlorine.

## Physical Characteristics

Like with most Stellar Remnants, Cygnarias is a hot stellar remnant, but in the form of a white dwarf star. This star is blazing hot at a temperature of 33,500 K and has a luminosity that is only 7.4% of the sun. The star does have a spherical shape due to a slow rotation.

## Rotation Period

This White-Dwarf star compared to other stellar remnant's has a slow rotation as it rotates every 450 days which translates to 1.2 years which is what gives Cygnarias a perfectly spherical shape that not all stars in it's spectral type would have.
Dubok System

### Location and Stars

Dubok Is one of only 2 binary systems in the Niblos cluster, and the 2nd closest system to the Kelanis system, 2nd only to the Drevon System. Dubok A, is around 0.9 solar masses, and is a G type main sequence star, Dubok B is a red dwarf of 0.2 Solar masses. Both are 6 billion years old, and the system was moved using stellar engines 0.4 Million years ago

### Planetary System

Dubok has 6 Known planets, they are(In order from the star)

* Solaronite - A complete hellhole, the poles are the only place where the crust is solid, with only small islands of rock remaining on the rest of the planet - Population - 7 Billion
* Inferno - A world slightly cooler than solaronite, most of the planet is solid, but lava seas are still common in the equatorial region, both it and solaronite are major hubs for lava mining, and both export over a billion tons a year of materials - Population - 10 billion
* Iona - A gas dwarf with 2 major moons and high helium 3 content
	+ Did - A moon with a thin atmosphere and the main location of helium 3 mining, it's surface is covered in large cooled basalt flows, relatively free of craters within them. - Population 11 Billion
	+ Klink - The largest moon of Iona, it is considered to be a major manufacturer of fusion reactors and engines - Population: 20 Billion
* Deenan - A world much like Minoma itself, although not a moon, it's atmosphere lacks oxygen, and the continents are mostly desert, but there are seas, Deenan is the local capital of the Dubok system. For a world of it's size, it is strangely moonless. - Population: 50 Billion
* Laniti - A world mostly covered in ocean and salty water, however, as the planet is covered mostly in storms, it was not chosen to be a regional capital, although it is still important. Population: 30 Billion
	+ Nedon - A small moon with many lava filled craters, mainly as a result of imperium weapons testing, it was selected mainly due to it not containing many useful materials to mine. Population: 0

* Radon - A radioactive world, every single inch of it's surface is covered in radioactive materials, as long ago, it was chosen as a dumping site for nuclear waste from old fission reactors, the waste is no longer sent here, but it is generally not inhabited by many due to it's valleys and seas being extremely contanimated with nuclear waste over time, it is expected to be back to normal radiation levels in around 20 thousand years. Population: 5 Billion
Ervo

Ervo is the last star and is a common M-Type dwarf star is the Zev System's 3rd component and is the only star to have 4 planets that orbit rather close to each other.

## Physical characteristics

Ervo is a calm M-type dwarf star that appears as a common star in The Silky Way galaxy and is the only red dwarf that orbits 2 G-type stars just on the outer edges of the galaxy. With Ervo's calmness, it makes it rarer than most Red dwarf stars to speak of.

## Rotation period

Ervo rotates rather slow for the 3 stars in the system as it rotates every 20 years making this very slow for most stars that exist in The Silky Way galaxy which causes this star to give it a very perfectly spherical shape which is what also causes it to be very calm for a red dwarf star.
PrPla-4

**Unfinished**
This page is considered to be unfinished, and will have more content added to it in the future. If there is no change for a long period of time, notify the staff and it may be put up for adoption.

## PLAN-4

Latest image of PLAN-4, taken by the ProPlaDE (ProtoPlanetaryDiskExplorer) spacecraft during its flyby of PLAN-4, with PLAN-4 III and PLAN-4's debris disk visible

First ever image of PLAN-4, taken by an old telescope on Byfa. The debris disk around PLAN-4 is visible in this image, as well as its moons

### Creator

TheLostProbe#5474 and technically Bliksem#7403

### Alternate Designations

Protoplanet-4, Klein ProtoPlanet-4, KPP-4, Klein PLAN-4, KPLAN-4

## Miscellaneous

### Moons

Three moons: PLAN-4 I, PLAN-4 II and PLAN-4 III

### Interesting Characteristics

It's a protoplanet

PLAN-4 (**P**rotop**lan**et-4) is one of the protoplanets in the Klein System's protoplanetary disk. This protoplanet has three protomoons that are quite young.

## Physical Characteristics

PLAN-4 has 3 natural satellites, PLAN-4 I, PLAN-4 II, and PLAN-4 III. It is unknown how long a day on PLAN-4 goes for, but it is anywhere between 9 and 13 hours. PLAN-4 has an average surface temperature of around 750 degrees celsius. A disk of material that will form a ring system or moons in the future is present around the protoplanet.

## Notable Surface Features

* A massive canyon
* Massive lava seas

## Atmosphere

Not much is known about PLAN-4's atmosphere, but it is known that it is around 70-80 km high.

## Climate

The average temperature on PLAN-4 is around 750 degrees celsius, but it can get as low as 370 or as high as 1240.

## Formation

Like all other planets, it formed by accumulating material from a disk of dust and gas. But it is still forming, it isnt done yet

## PLAN-4 I

**NOTE: I will create a page for PLAN-4 I too.**

PLAN-4 I is a "Luna" sized (~1620km) satellite of PLAN-4.

## PLAN-4 II

**NOTE: I will create a page for PLAN-4 II too.**

PLAN-4 II is a "Luna" sized (~1570km) satellite of PLAN-4.

## PLAN-4 III

**NOTE: I will create a page for PLAN-4 III too.**

PLAN-4 III is a large asteroid sized (~100km) minor moon on the edge of PLAN-4's debris disk.

## Biomes

* Canyons
* Volcanoes
* Massive lava seas
* Hot mountains
* Lava lakes
* Hot plains
Obilehem Region

The **Obilehem Region** is a collection of star systems under the control of the Obilehem Intelligence, located within The Silky Way. The Obilehem Region, while small in territory, is theoretically one of the most powerful nation within the galaxy due of its extreme technological advantage. Despite of that, the Obilehem Region is extremely isolationist and rarely uses its extreme power to interfere with the galaxy. Many nations rightfully fear that the Obilehem Region will bring their true power againts them and normally ignore them.

The origin of this "nation" as its current form is very recent, traced to be a few decades AFO by the sudden disappearance of a few stars surrounding a point from the many worlds. The "nation" in name has existed as long as the Obilehem Intelligence has. In the current day, the Obilehem Region is a few hundered stars, all of them nearly encased by dyson spheres. All civilizations (most notably Yinhkhai Empire) that has been displaced by its expansion has been sent far away from its border, into the Verdan Federation and other large nations.
Enius

5% Oxygen

Enius is the 4th planet and a Super-Teralla orbiting Tauka and is the 2nd most massive planet only out-beaten by the gas giant Zaldipt.

## Moons

### **Jantu**

A basic rocky moon that wont get a special page due to it's not important and has no important materials to mine.

### Ralide

A important major moon of Enius due to it could support potential **LIFE** under the ice of **WATER** but has not been confirmed on the moon.

## Physical characteristics

Enius, just like Adoga, is a desert but however, Enius is a Temperate Desert and contains a handful amount of useful material to use on it's surface which it's sand composes of a rare mineral that isn't seen too often in The Silky Way galaxy.

## Rotation period and orbital period

Enius rotates on it's axis every 1.46 days which translates to 35 hours and this planet orbits Tauka every 10.1 months which translates to every 306 Earth days making this planet comparable in shape to that of Erozen.

## Landforms

* Mountains
* Extinct volcano's
* Lowlands
* Highlands
* Canyons
* Cliffs
* Valley's
* Plains
* Craters
Sermi

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## Atmospheric Characteristics

### Atmospheric Composition

* 90.8% = Helium
* 8.10% = H2
* 1.88% = CO2
* 0.02% = Other gases

## Miscellaneous

### Interesting Characteristics

Uncommon composition

Sermi is the first planet of the Senerea System. It is a a sub-neptunian planet infamous for it's extreme temperatures and unnatural, rare composition.

## Characteristics

Sermi is a class VI jovia. Because of this, scientists believe that Sermi was even closer to Simpo than it is today, to allow the hydrogen to be blasted away. Sermi is approximately eleven times the mass of Earth, and is close to the smallest possible gas giant size.

Some believe that under the thick helium layer, there is a possibly reachable surface, but that is not confirmed.

## Orbit and Rotation

Sermi orbits around it's parent star in around 22 earth days. It's tidally locked so it's rotation period is the same.

## Formation

Sermi's history is not well known, as its atmospheric composition is not easily explainable by standard planet formation theories.

### Theories

#### Former white dwarf

Status - Debunked

The theory is a rather old one, it was created approx. a hundred years ago, despite this and it's debunked status some fringe scientists believe it. The theory was debunked 61 years ago after N-Body simulations proved that a white dwarf would significantly change the landscape of the system, these changes would be easily noticeable, along with that Senerea doesn't appear to have consumed any extra significant mass after it's creation. One of the creators of the theory was allegedly sent to a mental asylum, however this is a urban legend that's likely to be false.

#### Blasted off Hydrogen

Status - Confirmed

This theory states that once Sermi was much closer than it is today and during that period, the majority of it's hydrogen was blasted off. This theory is very likely to be true, as we can see a few examples of planets in a transition state between a gas giant and a helium planet.

However, it is unknown how Sermi arrested its motion towards Simpo and moved to its current location, although Kolim's migration might have something to do with it.

## Moons

Sermi has no moons, due to it's small sphere of influence.
Altock

5% Nitrogen

4% H20

1% Methane

Trace amounts of other gases

Altock is the last planet of Zev and is the only ice giant in the Zev System.

## Moon system

Zev has by far the most moons for the planets orbiting Zev and has the 2nd most moons in the Zev system as it has 7 moons but one is spherical.

#### Redoa

A icy moon orbiting Altock, it contains a very old surface due to it being very inactive for most icy moons and is the largest moon in the Zev System to date.

## Geography

This planet isn't very active for most Jovian's as it's storm system is very slow and doesn't happen very often on this planet making it rather tame for Jovian's.

## Physical characteristics

Altock appears as a regular Ice giant with not many visible bands or storms to speak of though this planet is very beautiful. unlike like most planets Altock doesn't have a surface which is normal for this kind of planet and is very normal for planets to not have one in the whole Jovian family.
1MORA-4423

1MORA-4423 is a orange subgiant star located roughly 350 Light-years from Erdath and is one of many known bright stars to have a planet that exists around the star it's self.

## Planets

### Guron

A gas giant located roughly 0.48 AU from the star. With such distance, this gas giant is scorched from the star's bright luminosity which is 331x brighter than the sun (for comparison) which is 266x brighter than Holias.

## Physical characteristics

This star appear's like your average K3 III type star. It appears a yellow-orange which is due to it's temperature being at 4,500 Kelvin and the star appears perfectly circular which is what to expect for a star like 1MORA-4423.

## Rotation period

This star has a rather slow rotation period of just 458 days making it one of many stars that takes over a year to rotate which is rather common for stars that have slow rotations as a whole.
Ovumus System

Ovumus up close

The **Ovumus System** is a single star system with 6 planets and many more smaller objects. It is located in **The Silky Way**, and is notable for its central star's high oblateness and habitable planet Nel

## Formation and Evolution

The **Ovumus System** formed ~1 billion years ago, when a star around the area went supernovae and made the gas cloud around the future Ovumus System begin to collapse. In the center of the cloud a large protostar with a high rate of rotation begins forming. By the time Ovumus ignited its core, 2 large protoplanets had a thick atmosphere of hydrogen and helium and were classified as gas giants. The protoplanets, **Uona** and **Kilt**, migrated inward, which flung the other smaller protoplanets in various directions. Kvul and Londa would be flung closer to Ovumus and become the innermost two planets. Luckily, the third planet Nel was thrown outwards into the habitable zone. In this region, many asteroids bombarded Nel, providing it with a large amount of volatiles. With this, the planet was transformed to a watery planet similar to ancient Teralla, and its life evolved soon after.

## Objects in the System

**Ovumus** - **The One and Only**

Brief Description
Pronunciation: *Ovu-mus.* **Ovomus** is an AOV-type star within the Verda Stellar Neighborhood and is highly oblate, a rarity for stellar objects.

**Kvul** - **Barren Wasteland**

Brief Description
Pronunciation: *K-vul.* Kvul is a hot barren world, lacking an atmosphere or any major moons.

**Londa** - **Hot!**

Brief Description
Pronunciation: *Lon-da.* Londa is a desert world with an atmosphere primarily composing of sulfur and sulfur dioxide. Londa possesses two major moons.

**Uona** - **Gentle Giant**

Brief Description
Pronunciation: *Uo-na.* Uona is a blue-ish gas giant with relatively low wind speeds, it has 3 major moons

**Kilt** - **Burning Clouds**

Brief Description

Pronunciation: *Ki-lt.* Kilt is a grey gas giant with a large amount of radioactive gas that causes the gas giant to be hotter that it should be. It has 4 major moons

**Nel** - **Tropical Paradise**

Brief Description

Pronunciation: *Nel.* Nel is a habitable terra world with many small volcanic islands, it also famous for its rings. So large amounts of people are coming to see it. Doesn't have any moons

## Future

After 10 million years, **Ovumus** will swell up to the point where the ocean of **Nel.** Luckily, most lifeforms have been cataloged. About 50-75 million years later, **Ovumus** will go supernova and cover every planet with super hot gas

## Colonization

The Ovumus System was colonized by the Verdan Federation around 50 years ago. Small arcologies are present at Nel and a large solar array is also present at Kvul, used to power said arcologies. Nel also have lots of tourism because of it's rings.

## Trivia

* This is the first oblate star in the whole wiki
* There shouldn't be any habitable worlds here.
* All planets are closer that the frost line