recursal/Fanatic-Fandom huggingface dataset:
National anthem of the Imperium of Cerlus

## The National Anthem of The Grand and Eternal Imperium of the Cerlus Cluster

### Advance, the Victorious Army

Advance, the victorious army

Long live the emperor

Through the stars we fly

Our noble flag

We pledge our loyalty and faith

To our glorious leader

He guides us with his wisdom and grace

Our protector and defender

We fight for power and for glory

Of the Bontarardi and of us

We stand united and fearless

Our courage and our trust

We honor our ancestors and our land

With our blood and our sweat

We cherish our culture and our bond

With our pride and our respect

Advance, the victorious army

Long live the emperor

Through the stars we conquer

Our supreme flag

We reign over the lands and stars

With our steel boots and rockets

We seize the riches of the cosmos

With our might and our conquests

We demand our supremacy and our will

On our rivals and our subjects

We subjugate and exterminate

With our fury and our threats

We enforce our uniformity and our rights

With our propaganda and our laws

We glorify our victories and our leader

With our parades and our applause

Advance, the victorious army

Long live the emperor

Through the stars we fly

Our beautiful flag
Anobans Specialties

## Overview

Anobans society is highly stratified by profession, as they adhere to strict rules and customs on social hierarchy. Often times both their physical form and their place in society is determined by professions, with augmentations often matching their profession.

### Professions:

**Title:** Navigator

**Profession:** Captain/Navigator

**Description:** Perhaps the most respected profession in Anoban Society, Navigators captain and largely control the ships of the Anoban Fleets. There is a large degree of subsets, based on the experience and knowledge of the Navigator. Those that excel in command and control serve as admirals. As Navigators are effectively the lynchpin of proper starship operation, it is both next to impossible to operate a starship without one and their chamber is fortified sphere hidden deep within the starship. No corridor will ever lead to a Navigator's chamber, access to the chamber requires physical rearrangement of the ship's interior.

**Augments:** The Demands of the Navigator are great, and as such they are the most different from their brethren. Being almost entirely synthetic in composition, they are also four times larger than the average Anobans, with greatly increased braincase protected by a grand headcrest. This larger braincase is to house the plethora of neural mods that are necessary to govern the operation of an Anobans starship, as well as a socket for the cable that connects them directly to the ship. Male Navigators are a deep purple in coloration while female navigators are a dark green.

**Title:** Cartographer

**Profession:** Exploration/Cartography

**Description:** A specialization of the Navigator profession, the Cartographers carry similar prestige, but with the aire of a daredevil. Cartographers pilot the smallest class of Anoban Spikeships, rated for only one crewmember, the pilot. With these ships, Cartographers can chart and clear new hyperlanes. They are the vanguard of the Harvesting Fleets, allowing the Salvage ships and freighters fast, safe, and reliable access to their target solar systems.

**Augments:** The augment suite is almost identical to that of the Navigator, though with different routines for the robotic element of the ship’s complement due to their specialized nature.

**Title:** Hunter

**Profession:** Special Forces

**Description:** Hunters serve double duty as elite special forces, and entertainers. They participate in the blood sports that Anobans are fond of.

**Augments:** Hunters have undergone extended physiological augmentation and rearrangement, they are thinner and faster than average Anobans. In addition to this they are capable of surviving normally fatal damage to their bodies, including dismemberment.
Marthys

Image of Marthys

Marthys is the 3rd major moon of Glau. It is covered in ice, and has geysers spewing out of the cracks all over the moon's surface.

## Physical Characteristics

Marthys is a rather interesting moon. Its tidal forces from Glau aren't quite as extreme as at Eoros, but they do melt a massive ocean underneath it's icy crust. The surface is mostly a dull white, but with reddish cracks criss-crossing it called lineae™. These lineae are also ice, but infused with salt from underground.

Marthys is famous for its subsurface ocean, which is teeming with life, partially helped along by marine snow falling from artificial "Vertical Reefs" built by Terallan colonists. After the reefs were built, evolution was jumpstarted, with Marthysn life intermingling with introduced Terallan and Oceanoan life. The ocean is kept liquid by tidal forces and direct heat emissions from it's parent planet Glau. It has more water than all of Teralla's oceans!

## Exosphere

Marthys, like most moons, has a faint exosphere clinging to its surface. However, Marthys's exosphere is made mostly of oxygen, which is being produced by the plantlife on the vertical reefs. In addition to oxygen, there is carbon dioxide and nitrogen, similar to a very diffuse version of Teralla's atmosphere.

## Orbit

Marthys is in a 4:4:2:1 resonance with Teris, Eo, itself, and Tirtan. This means that for every one orbit it makes, Teris and Eoros make 2 orbits, and Tirtan makes 1/2 an orbit.

It is tidally locked.

## Life

Marthys is a barren, icy world, preventing life from existing on its surface due to the lack of atmosphere and high radiation from Glau. However, tidal forces from Glau allow a kilometers deep ocean to form under the moon's icy crust. In the ocean, there was the possibility of life, which led to great interest from Terallan space agencies, which swiftly sent the Marthys Clipper probe, followed up by the redirected *Epicco Trek*, which landed on its surface and released a few cool submarines. WIP

## Biomes

Marthys has seven biomes.

* Lineae
* Surface Habitations
* Chaos Terrain
* Icy Lowlands
* Icy Midlands
* Icy Highlands
* Drill Holes

## Trivia

* Marthys is one of the few moons to have a subsurface ocean.
* Marthys was also the third moon of Glau to be colonized by Terallans.

## Population

Marthys has a population of 13.6 billion, mainly of a species that call themselves Marthysns, and are 6 meters long.
Adarlian

Adarlian is the 2nd planet and a Super-Teralla type planet and is a rocky planet being mined for it's material by both the Erdathian Federal Republic and the Verdan Federation.

## Moons

Like Adoga, Adarlian may have moons but is unconfirmed as of right now.

## Physical characteristics

Adarlian appears as a typical Selena-type planet. But what was discovered was that this planets surface contains a odd element that has been seen before and is a useful source of fuel and making of important things.

## Rotation period and Orbital period

Adarlian rotates very slowly as it rotates every 23.6 days making this planet by far the slowest rotating planet to date giving it a very spherical shape and this planet orbits around Tauka every 2.31 months which translates to 70.3 days.

## Landforms

* Landforms
* Craters
* Cliffs
* Valley's
* Plains
* Highlands
* Lowlands
Nov

Nov, the asteroid moon of Arcanus.

**Nov** is the second moon of Arcanus. It is the smaller of the two. It is very dark and its surface is quite smooth with very little impact craters. Not much is known about it.

## Physical Characteristics

Nov is a class-C asteroid, meaning that it is mostly made out of carbon. It has a mass of 1.4×1018 kg and a diameter of around 250 km. Its rotation period is 2 hours. Its surface is very dark and it does not have many impact craters. Infact, it has less craters than Curios. In the past it might have been a planetesimal that got ejected from its former system and got captured by the rogue planet Arcanus.

## Orbit

Nov orbits Arcanus every 30 days. It is moving at a speed of 1 km/s. Its orbit is retrograde. The farthest Nov gets from Arcanus is around 365 000 km and the closest is around 328 000 km.

## Arcanus

*Main Article: Arcanus*

Nov is Arcanus' smallest moon. In the past it was captured by Arcanus, which is why Nov's orbit is retrograde. It is slowly moving away from Arcanus and in the future it will completely leave the system.
Kolachio

What Kolachio may have looked like before it was obscured

Kolachio is the name given to what is likely a small and very old intergalactic star cluster, currently near Asharbyel. Only detectable as an infrared source, and discovered as such, the reason for the complete obstruction of all visible light from Kolachio is a mystery, but it is most likely due to a stupendously advanced civilisation operating within the cluster. Contact has been made between the Agshu'urach and this civilisation, which calls itself "Am! C'uit".

## Origin

Where does Kolachio come from? Ever since its discovery, this has been a mystery, as from the start it was known that Kolachio was not something that could have come about naturally. All things accounted for, its proper motion likely suggests it actually came from the Silky Way itself. There is no known way a cluster can just travel hundreds of thousands of light years like this, intact, so it must have been moved by some powerful civilisation, billions of years ago.
Ter

Ter with Azox in the background

Ter is the 2nd planet of the star Zev in The Zev System and is Zev's smallest planet.

## Moons

Like Faur, Ter initially was expected to have a moon but this was confirmed to be untrue about Ter due to such close proximity to Zev which is what to expect.

## Physical characteristics

Like Faur, Ter is very volcanically active and has a lot of volcanic lakes and seas along with it has a thick atmosphere to speak of though it has a atmosphere much more thicker, it does cause it to be the 2nd hottest orbiting Zev and 3rd hottest in the system.

## Orbital Period and Rotation period

Ter has a slower orbital period of just shy of 120 days (3.91 months) and Ter rotates very slow in the system as it rotates just under every 26 days which is the slowest rotation period of any planet for the system as a whole.

## Landforms

* Volcano's
* Lava lakes
* Lava seas
* Mountains
* Craters
* Valley's
* Highlands
* Lowlands
* Plains
* Cliffs
* Plateaus
* Canyons
Holias

Up-close with the star.

Holias is the main star of the Holias system. It is late-middle age G0V-type star, making it on the larger end of stars capable of hosting habitable planets. It does in fact host a habitable planet, Erdath, home of the Erdathian Federal Republic.

## Physical characteristics

Holias is a fairly normal late-middle aged G0 dwarf star. It is fairly calm at present, although its stellar activity fluctuates over a ~1,300-year cycle. It has a fairly normal metallicity as well. Being a high-mass G-type star, it has a lower lifespan than most G-types, a total of 7.8 billion years of main sequence time. As of now, there is 2.4 billion years left of that time period, although this estimate is being refined by various probes closely orbiting Holias. Holias' surface temperature is 5,900 Kelvin, making it appear a white color.

## Rotation and orbit around the center

Like most stars, Holias rotates fairly slowly, at once every 115 days. This star takes roughly 300 million years to orbit the center of the Silky Way, which is roughly average for stars in this region.
Curios

Curios, the moon of Arcanus.

**Curios** is the largest and the closest moon of Arcanus.

## Physical Characteristics

Curios is a cold and a dark world, similarly to Arcanus. It does not have an atmosphere. Its diameter is 1 630 km and its mass is around 0.0004 M⨁ . The axial tilt of Curios is equal to 19°. Arcanus' whole surface is covered with impact craters, suggesting it is very old.

## Orbit

Curios rotates every 15 days and orbits Arcanus every 15 days. That means that it is tidally locked. This is why from Arcanus, the same side of Curios is always visible. Curios' orbit is almost perfectly circular. It has an eccentricity of only 0.015. The closest Curios gets to Arcanus is 210 000 kilometers and the farthest is 215 000 kilometers. Curios orbits Arcanus at a speed of around 1 kilometer per second.

## Arcanus

See Main Article: Arcanus

Arcanus is the "parent planet" of Curios. They most likely formed in the same system and they both got kicked out of it.
Avalak

A view of the rouge planet

Avalak is a rouge planet and is a Jovian roaming around The Silky Way and is the closest rouge planet to Erdath at a distance of 6.65 LY away and is one of many rouge planets discovered by the Lrenn.

## Moon system

This planet was the Lrenn's first ever rouge planet to have moons but unfortunately none of them are really significant or interesting to talk about or mention.

## Physical Characteristics

Unfortunately, it is hard to see what it's bands look like due to the planet being extremely dark and receiving no sun light as this planet technically has no sun at all, however it is likely similar to that of Vulus and Olto as it is a Gas Giant.

## Rotation Period

This planet like with most Jovian's in The Silky Way galaxy have a fast rotation period for a planet as this planet rotates every 12 hours which is rather normal for a relatively large gas giant.
Betn Kilos

*"Betn Kilos is the youngest, the smallest, and the loudest of all the colonies. It draws a disproportionate amount of news towards itself; it seems that everything is happening there."*

## Betn Kilos

Betn Kilos, captured by the Ailon (officially known as Wanderer Beta), the first ship to arrive

## Atmospheric Characteristics

### Temperature

64 degrees C

Betn Kilos is the smallest and youngest of the major colonies of the Commonwealth of the Seddrath, officially declared to be colonised only 16 years ago. The government is officially a democracy, but in practise the richest rule and so the world is a plutocracy.

Betn Kilos is a warm, humid world with large amounts of rainfall generated by its extremely long day - it takes 38 days to rotate once on it's axis. Large storm systems continuously bombard the coasts, providing sustenance for the abundant vegetation.

## History

Betn Kilos is relatively young - only 1 and a half billion years have elapsed since it was born. Orbiting a K-class star, Betn Kilos is routinely bathed in solar radiation emanating from Omnust. As a result, all life on Betn Kilos has developed extreme radiation resistance, which are currently being used to develop cures for the more aggressive forms of Seddrathi cancer.

Once Betn Kilos formed, life immediately sprung up and covered the entire surface, even in the sky. Numerous ice ages almost killed of the life, but it clung on and developed, finally emerging into the complex multicellular life we see today only 200 million years ago. Since then, two asteroid impacts and a global atmospheric change have been the only things that stood in the way of global domination by organic life.

## Biology

Betn Kilosian life is carbon-based and uses water as it's solvent. However, it is extremely resistant to heat, cold, radiation and malnutrition. Betn Kilosian life are all extremophiles, some being able to live even on other worlds, a feat that has not been matched without prior preparations.

All life on Betn Kilos bear a astounding similarity to the indigenous life found on Ukardra, leading some to suggest that this may be the first observed incident of panspermia. More evidence is needed to conclusively prove or disprove this theory.

## Orbit

The Betn Kilosian orbit is relatively barren compared to other worlds in the Commonwealth. Nothing much is located here, with the exception of the odd ship arriving with new colonists. A large space elevator has been constructed and ferries colonists to the ground.

## Population

Home to 2.4 billion Seddrath, Betn Kilos is a relatively unpopulated world compared to Aolius. Most of the population is centred around the base of the space elevator, which defines the prime meridian on the Betn Kilosian map. Consequently, most of the population is clustered around the very centre of the Betn Kilosian map. Small settlements do exist outside of Hartuan, the name of the city, but they do not hold nearly as many people. Betn Kilos is often portrayed as a lush, verdant, untamed world to which the Seddrath are to tame.
Starship Classification Scale

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Alado

A view of Alado with Morap, Arep, and Anora in view

Alado is the first planet of Ervo in the Zev System and is one of the smaller planets but however is the most geologically active ones.

## Geography

Alado is one of Ervo's most active planets (other one being Morap as it has volcano's that erupt every day just like Morap however though there is less Volcano's on Alado than Morap.

## Moons

Alado sadly has no moons that exist around it.

## Physical characteristics

Alado appears as a typical rocky planet which is what to expect though there is interesting lava channels that can be seen from space which gives this planet it's beauty and this planet does have lava lakes that go ti it's day side and night side.

## Rotation period and Orbital period

Alado is unfortunately tidally locked to it's parent star and it orbits Ervo every 2.96 days which makes it the 2nd fastest orbiting planet in the system only beaten by Apundis (Hekler-110 B b) by 1.73 days.

## Landforms

* Lava channels
* Lava lakes
* Lava seas
* Mountains
* Volcano's
* Valley's
* Cliffs
* Canyons
* Lowlands
* Highlands
* Midlands
* Craters
Senerea System

**Senerea System** is a binary system located ~80 light years from Verda System. It consists of a K0 V star named Senerea and a L1.5 V Brown Dwarf Kiviri. It houses a planet-wide country State of Etruenia which is a right-wing totalitarian state.

## Architecture

Senerea and Kiviri orbit around a common barycenter. Both bodies have their own planetary systems, Kuiper Belts, Scattered Discs and Hill Clouds, however both bodies share a semi-stable Oort Cloud.

## Formation & Evolution

Senerea formed 4.6 bilion years ago and it's protoplanetary disk collapsed into a planetary system. ~2 Bilion years ago Kiviri formed and was captured by Senerea half a bilion years later destabilising the Oort Cloud Senerea had.

## Major Objects

### Senerea

Senerea is the primary star of the system, it's a early K-type star that hosts a planetary system consisting of wide-variety of celestial bodies, from Helium Planets to Thawed Moons.

### Kiviri

Kiviri is a L1.5 V "Star", it's a High-Mass Lithium Fusing Brown Dwarf orbiting Senerea in a wide binary orbit, it hosts a small planetary system, the system is mainly composed of small carbon planets but a Sub-Neptunian planet also orbits the Brown Dwarf.

## List of Bodies

* Senerea
	+ Sermi
	+ Surfese Belt
		- Surf
	+ Seymoor
		- Kuck
		- Cirpla
		- Set/Sey
	+ Kolim
		- Kolimian Rings
			* Ir
		- Cova
		- Tose
		- Airai
		- Judea
		- Selik
			* Lakka
		- Captured Moons
	+ Etruenia
		- Ialia
	+ Asteroid Belt and 2 dwarf planets
	+ Ormer
		- Ormerian Rings
			* Archangel
		- Ormij
		- Orm
		- Orij
		- Dream
	+ Ice Giant
	+ Ice Planet
	+ Ice Giant
	+ Unnam
	+ Kuiper Belt
	+ Scattered Disc
	+ Hills Cloud
* Kiviri
	+ 3 Carbon Planets
	+ Asteroid Belt
	+ Unnamed Sub-Neptunian Planet
		- Major moon
	+ Kuiper Belt
	+ Scattered Disc
	+ Hills Cloud
* Oort Cloud
Tauka

Tauka is the main star and only star in the **Tauka System** and is a late-middle aged G-Type Dwarf star that is home to the terraformed planet by the name of Erozen.

## Planets

### Adoga

A Super-Teralla roughly 1.8 earth masses, this planet is by far the hottest in the system and is the closest known planet of the system as it has temperatures over 310 Celsius however though this planet was once planned to mined on but was confirmed too hot for such mining, there's also no moons here.

### Adarlian

The 2nd Super-Teralla and is a planet roughly 3.85 earth masses and is currently being used for mining colonies though there is a lack of a atmosphere, this is a useful way of dealing with such intense heat that exists in the hottest regions of this planet.

### Erozen

A terraformed Super-Teralla with 2 moons. this planet was terraformed by both the Erdathian Federal Republic and the Verdan Federation and is the only terraformed planet here that has a good chance of life and is the systems main planet.

### Enius

A desert planet with 4 moons but 2 are major. This planet is the 3rd largest planet of the system and the 2nd largest rocky planet as a whole as it is 4x more massive than Earth and it is 1.65x larger than earth in radius. This planet is also a Super-Teralla.

### Nalava

The last Super-Teralla of the system and is the coldest rocky world of the system excluding Dwarf planets. This planet has 2 moons just like Erozen, though it was believed to of at one point had a 3rd moon that was destroyed by the planet's much more stronger gravity compared to Tarella and this planet is also used for mining just like Adarlian.

### Zaldipt

A Gas-giant 1.15x that of Jupiter's mass and 1.07x that of Jupiter's radius, this planet has 65 moons but 3 are major. This is the systems only Jovian and the fastest rotating of all of them and it's moons are used for mining purposes.

## Physical characteristics

Tauka appears as a typical Late-middle aged G8V main sequence dwarf star and is very calm which is why one of it's planets are terraformed as a whole, this star also appears rather hot which is common for many stars as it is at 5,400 K making it slightly cooler than Verda but not my much. This star does appear as a Yellowish-orange hue but leaning to a more yellow color which is what to expect for most lower temperature Verda-type stars. This star's calmness is caused by the fact the star is very **ANCIENT** and has been living through it's main sequence phase for billions of years.

## Rotation period

Like with most stars. Tauka rotates slowly every 50 days and it appears perfectly spherical. With a 50 day rotation, this makes this star one of many slow rotating stars close to the Verda System and is only has a rotation period 13 days slower than Verda as a whole.
Sora

Sora is the 2nd major moon of Zelvas and is slightly larger than the previous moon of Liro in the Zev System.

## Geography

Like the previous moon, Sora's geological activity is unknown for certain but this moon could be active.

## Physical characteristics

Like the previous moon, Sora might be a rocky moon but due to such distances it is way too dark to see this moon but another speculation is that it could be a icy world.

## Orbital period and Rotation period

TSora is tidally locked meaning one side is always facing Zelvas and this is the last moon tidally locked to it's planet. Sora does in-fact take 1.6 months to orbit Zelvas.
Rhua

Image of Rhua, with Volarus and its rings in the background

Rhua is the innermost and largest moon of Volarus. It is rather smooth™.

## Physical Characteristics

Rhua is the largest moon of Volarus. Uniquely, it has a strange green leading hemisphere. Scientists are unsure as to why it is green.

Rhua is believed to be geologically dead. It cannot have a subsurface ocean, because the surface is really more like a thin layer of ice on top of a bunch of rock, so there is no room for one.

Rhua helps carve a gap in Volarus' rings at its 1:2 resonance point within the rings. It is also unusually smooth.

## Orbit

Rhua occupies a circular orbit around Volarus that is slightly inclined from the planet's equatorial plane.

That's kinda it.

## Biomes

Rhua has 5 biomes.

* Lowlands
* Midlands
* Highlands
* Impact Craters
* Material Deposits

## Trivia

* Rhua has a very weird green patch on its leading hemisphere. Scientists are unsure why.
* Rhua has been voted Best Views of Volarus award.
Mystir

Mystir, the mysterious ice giant at the edges of the Aster System.

**Mystir**, also known as **Aster f**, is an ice giant in the Aster System. It's the fifth planet in the system. it is most known for its unique coloration. It is the last major planet of the system.

## Physical Characteristics

Mystir is an ice giant. It is composed mostly of elements heavier than helium. It is the smallest giant in the system. It is about 104 100 kilometers across and has a mass that of 79 Earths. A day on its equator lasts 15 hours. Mystir 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 Mystir is 54 years. It moves around Aster with a velocity of around 8 km/s. It has a semi-major axis of around 15 AU.

## Natural Satellites

Mystir has 32 confirmed moons and 4 ring groups. The first eight moons are regular and orbit in practically circular orbits, while the rest are captured into irregular orbits.

### List of moons

Mystir has 32 known moons, biggest of which are Pagom and Den. This is a list of all moons of planet Mystir in The Aster System.

Note: Periods with negative values are retrograde.

### Ring System

The ring system of Mystir possibly got formed from collisions of several moons in the planetary system that don't exist anymore. After colliding, the moons most likely broke up into many particles that could be as much as 600 million years old. The ring system stretches out from 3 650 km to 57 800 km from the equator. It consists of hundreds of rings segregated into 4 groups. From the planet outward, they are named MyR1, MyR2, MyR3 and MyR4. (MyR standing for Mystir Ring).

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

## History and Future

Mystir formed about 4 billion years ago along with other planets in the system. Not much has changed since then apart from the fact that it was a much warmer planet back when Aster was still a main-sequence star. The present day rings of Mystir, as stated earlier, formed by past moon collisions in the planetary system.

Mystir 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

Mystir has been left out of colonizing due to its toxic atmosphere, although there are plans for colonization of its natural satellites by the Verdan Federation.
Oral

Oral is the first moon and largest moon of Vulus and is a basic rocky major moon of the planet.

## Physical characteristic

Compared to most moons like Oral, this one appears to be a typical rocky moon with nothing much going on here, though some of it's landforms are interesting, there really is much to think about here except for lots of rocks and dust seen here, there is also some cliffs and this moon contains the largest cliff known in this system other than that, there ain't too much that could be talked about this moon.

## Orbit and rotation

Like with most moons, this one is tidally locked to the planet, meaning one side always faces the planet, this is normal for most moons in the Holias system as a whole and is very commob.

This moon takes 1.31 months (39.8 days, 954 hours) and this moon is like mentioned before tidally locked which means it also rotates 1.31 months, but view the planet would always be constant.

## Oralian Geography

This moon is one of Vulus' least active moons along with Aro and Esto, there really isn't anything active going on here as the surface of this moon is really old and ancient as it is 5.1 billion years old as it's covered in really ancient craters + some newer ones over the years of this moon's existence.

## Landforms

* Craters
* Mountains
* Hills
* Valleys
* Cliffs
* Plains

## Trivia

* Largest moon in the system
* 2nd most massive in the system.
Faukus System

Faukus from Jiual

The Faukus System is the one of the most important stars within the Hesteral Cluster. The system is centered on a solitary red dwarf star, and is most well known for its most famous moon Titoalu.

## Physical Characteristics

It is unclear whether Faukus is a red dwarf or a brown dwarf. Its radius puts it as one of the smallest stars known, being slightly larger than Glau. Faukus is a flare star, but a comparatively benign one with each flare only increasing the luminosity by ~20%.

## Architecture

The inner Faukus System contains 4 planets, Jiual, Hual, Oleum, and Goosul Beyond Goosul lies an asteroid belt, likely a remant of the initial protoplanetary disk. The outer Faukus System contains Typoin and Loyn, large gas giants, as well as a thick belt of asteroids stirred up by Loyn's gravity.

## List of Bodies

### Faukus

* **Jiual //Major Planet**
* **Oleum //Major Planet**
* **Goosul //Major Planet**
* **Hual //Major Planet**
* **Typoin //Major Planet**
	+ Iceal //Major Moon
	+ Titoalu //Exotic Habitable Moon
	+ Kesh //Major Moon
* **Loyn //Major Planet**
	+ Minmul //Major Moon
Louri

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## Louri

Louri pooping out its innards (just like Aesin)

### Alternate Designations

Crouge b, Crouge I, Crouge 1, LIBROT J1124-0246 b, LIBROT J112414.7-024668 b

## Atmospheric Characteristics

### Atmospheric Composition

99.931% H2O, 0.061% dissolved NaCl, 0.008% other junk (h)

## Miscellaneous

### Interesting Characteristics

Has a subsurface ocean, simple subglacial life, a lot of cryovolcanoes and A LOT of geysers

## Overview

Louri is the closer in and smaller brother of Vannark and is the first planet orbiting Crouge. It is a small ice planet with a very thick 390-kilometer-deep subsurface ocean, and complex multicellular subglacial life, as it turns out. That's pretty cool, not gonna lie. It also has beautiful cryovolcanoes and geysers.

## Life

Louri has subglacial life. There are quite a few interesting (strange) lifeforms, which are:

* **Strangler fish:** By far the weirdest fish swimming in Louri's oceans, this fish has no eyes, because it doesn't need any. It's 200 meters long and 2 meters thick, so it's like a sea snake but with 12 fins and gills and no eyes. It would be awkward to encounter one here.
* **Worm jellyfish:** This is the weirdest thing you can find in the whole subsurface ocean of Louri. It's a ~600 m long jellyfish, but it's only 30 m wide. Its bell is also 540 m long, so its tentacles are *only* 60 m long, which isn't much compared to the rest of its body. It also glows with a weird orange color, so its prey can accidentally follow the light and touch the jellyfish. The jellyfish than paralyses its pray and digests it on-site, absorbing whatever nutrients it needs from the corpse and leaving the corpse behind.

These are just some of the weird and wonderful lifeforms beneath Louri's surface

WIP
Drevon System

**Description**

An aging star, with a spectral type of G0IV and a long and storied history. This star was one of the first colonized by the Minoma Imperium, only slightly after the colonization of Dubok. Many of it's planets are now getting too hot, but there are a few that are just now getting their time in the sun.

**Planets and system layout**

* Drin
* Deevo
* Drik
	+ Mund
* Ranglin(L5)
	+ Deek
	+ Nid

**Solar System**

* Drin - Drin is a planet slowly being incinerated by Drevon and it will certainly cease to exist within a few tens of millions of years, however, this has only emboldened the Imperium in it's efforts to strip mine the planet for everything it is worth before it falls into the star, and it appears to be working.
* Deevo - Deevo was once the moon of Drin, but it was separated a long time ago, it is still due to fall into Drevon, but it is still colonized and posesses great mineral deposits the imperium is spending its time extracting its remaining resouces and it has shrunk significantly as it has been dissassembled for materials.
* Drik - Drik would have been an awful place to live and completely sun blasted, but the imperium keeps it cool with a massive solar shade/space station kept at the L1 Point, mostly deserts, cities, and shallow seas, A well-known system capital that many Imperium citizens want to visit, just to see some of the large planetary engineering feats of the Imperium, Population, 122.3 billion
	+ Mund - A small moon which has a very large core and large mineral deposits visible from space, with
* Raglin - A Brown Dwarf with some interesting bodies around it, Spectral Type L5
	+ Nintas - A world of water seas and icy continents, Seas are kept warm with heat from Raglin and from Drevon
	+ Deevo - A world with oceans of ammonia and other compounds, it would normally have oceans of methane but Raglin being so warm prevents this
	+ Nid - A smaller body mainly covered in rock, but with frozen ammonia in the lowlands, these are expected to melt as Drevon becomes a red giant and keeps growing.
Faur

Faur is the first planet orbiting Zev in the Zev System and is the 3rd largest orbiting Zev.

## Moon myths

Sadly Faur has no confirmed moons as of today but was was believed at one point was that Faur probably once had 1 moon that was comparable to Earths moon but it took 130 years to confirm that no moons exist around this planet due to such distances that this planet is at around Zev.

## Physical characteristics

This planet appears as a typical Venusian and is very volcanically active and it's atmosphere composes thick clouds that form on the planet and it's surface is very hellish which is due to it's very hostile characteristics as the clouds also rain Sulfuric acid and it has very fast winds here which toss it's sand around at speeds of 400 km/h which is fast for terrestrial planets making this planet even more hostile to be on.

## Rotation period and orbital period

This planet rotates every 23.6 days making it rather slow for the planets of the system and the planet orbits roughly every 78.6 days which translates to just a little under 2.6 months which is fast for the planet of Zev.

## Landforms

* Volcano's
* Mountains
* Plains
* Dunes
* Canyons
* Lava lakes
* Valley's
* Highlands
* Lowlands
Arwell System

Arwell up close

The Arwell System is one of the most populous systems in the Colonies of the Verdan Federation, being the capital of the Arvela Territory. It is centered around a single K-type star with five planets, and is known for its most famous planet Auster.

## **Architecture**

The inner Arwell System contains three planets: **Toras**, **Vitriol**, and **Auster**. The outer system contains two planets, **Triras** and **Inarak**. Between the inner and outer system lies a belt of debris, containing the dwarf planets **Kerris** and **Talten**, and beyond Trirus and Inarak is an outer debris belt containing many other dwarf planets. Various habitation stations and megastructures are sprinkled through the entire system, containing a large portion of its population.

## **List of Bodies**

### **Arwell**

* **Toras**
* **Vitriol**
	+ Silne
* **Auster**
	+ 1 Minor Moon
	+ Ukas
* **Inner Belt**
	+ 2 Dwarf Planets
* **Triras**
	+ 5 Minor Moons
	+ Arox
	+ Hekat
	+ Minor Moon
	+ Irvin
	+ Enkala
	+ Minor Moon
	+ Eroa
	+ Ganamar
	+ Kalas
	+ Apet
	+ Phabus
	+ 25 Minor Moons
* **Inarak**
	+ 1 Minor Moon
	+ Nisma
	+ Tafa
	+ Vera
	+ Aryl
	+ Nian
	+ 9 Minor Moons
* **Outer Belt**
	+ 4 Dwarf Planets
Aurae Cluster

The home territory of the Anoban Nest, the Aurae Cluster holds seven stars of varying spectral type, though mostly on the lower end. The Cluster itself is nestled within the Bat Nebula, and is generally obscured from the rest of the galaxy. During the early development of the Anoban civilization, the presence of only seven visible stars, and the brilliance of the nebula, had quite an impact on their species that lasts to current day in some capacity. They view this cluster as their cosmic "nesting grounds" the only territory they outright claim instead of simply pillaging. Anobans, while generally conflict avoidant, will not hesitate to capture or outright destroy alien vessels entering their cluster without permission. Fitting such a position, the nebula is "patrolled" by several large Anoban warships in loose orbits around the cluster itself. The general design philosophy of the Anoban battleships lends them to being mistaken for dwarf planets quite often by alien ships and probes.
Omeren

A view of the planet with Zavar, Velierna. and Salorvas in view

Oneren is the 3rd planet and the smallest planet orbiting Zavar.

## Physical Characteristics

Like the other 4 planets, Oneren is tidally locked, meaning it's day side of-course is scorched while it's night side is frozen. Unlike some of the other planetts, Oneren does not have a atmosphere to speak of which causes a very dramatic effect on temperature around the planet. There is many landforms to speak of, but that is mentioned later on.

## Rotation Period and Orbital Period

Like the others, Oneren is tidally locked due to it's distance to it's parent star, one side faces the star and the other side does not face the star. Oneren does orbit every 2.26 days which translates to 54.3 hours which is normal for the system at this point on.

## Landforms

* Mountains
* Canyons
* Volcano's
* Hills
* Cliffs
* Lava Lakes
* Lava Ocean (Day side)
Elistal

Elistal is the last planet and a unknown type of planet orbiting Holias in the Holias system.

## Physical appearance

Not much is really known about this planet, it could potentially be a gas dwarf but also could be a rocky planet, this planet is simply too dark to see and to know if it is a rocky planet or a type of gas dwarf, what is known is that it likely does have a atmosphere, it is hard to tell what it could be or if it simply exists on this planet.

## Elistalian Geography

Elistal is likely a active planet, though the Erdathian Federal Republic has a hard time confirming this, it's expected to be quite active like some of the planets in this system and isn't really anything different compared to most planets in the system.

## Elistalian Landforms

This planet doesn't have any confirmed landforms if it is a terrestrial planet to speak of, if there isn't and it's just a thick layer of clouds, it could be a gas dwarf with no land to speak of on this planet as this planet is simply too dark to see what it could look like.

## Trivia

* 6th largest planet and 6th most massive in the system.
* Furthest distance for any discovered planet in the system.
Cache of the Ancients

A top-down view of the Cache from many AU away

Cache of the Ancients is a extremely large megastructure built around the star Ponimula. An Alderson Disk, it appears as a disk 2.3 AU in radius, or 690 million kilometres across.

Situated around the star Ponimula, it is positioned so that the star's habitable zone occupies the majority of the structure's surface

## History

The Cache has had a extremely long and varied history, with radiometric dating placing the biosphere's age at 900 million years old. The structure would've been built first, and would've taken many millions of years to fully assemble, placing most estimates of the age of the Cache at approximately 910 million years. Very little is known about the history, but there is evidence to suggest at least three intelligent habitation in the past. Obviously, the first is the beings that built the disk in the first place, and they occupied the structure for a little over ten million years, before ultimately disappearing. Another hundred million years passed before the Cache itself evolved intelligent life, this time building The Society, a militaristic and expansionist nation that just fell short of uniting Cerlus. With the technology of the Cache, they expanded and conquered every civilization in the cluster. However, an outside invasion from a "Dark Forest" empire obliterated The Society, and exterminated their species. It is largely because of The Society that Cerlus is as lush and vibrant as it is.

In the aftermath of the invasion, on a thousand worlds scattered throughout the cluster, the remainder of The Society, sterile and emancipated, constructed their last revenge on the invaders, a device known as Kildathu. An extremely advanced weapon capable of accessing vacuum energy and directing it, Kildathu has the power to destroy anything, given enough charge. This device is stored on the Cache, and Imperial scientists are to this day attempting to access it and crack its secrets.

Finally, the last creatures to discover and colonise the Cache, were only a few million years ago. Known as the Yitarul, they were an avian creature native to the lost world of Huygar, a legend throughout Cerlus. They lived on the Cache for only a few thousand years, before abandoning it and the entirety of Cerlus to live on their homeworld, where legend states that they still are today.

## Culture

The Cache is one of the oldest continually inhabited objects in the Imperium, maintaining a population of 89 billion permanent inhabitants. Since it is so large, there are effectively four different colonies on the surface; Cerulea, Aridia, Oceania, and Perma.

## Geography

(star characteristics: 9283 K, 2.21 L, 1.8 M ☉)
Jaxin

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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. *Jaxin

Jaxin from an orbiting spaceport

### Alternate Designations

Varbudos I, Quantis d I, VeLSDOS DI 8 e I, VeNSOOP 2 d

## Atmospheric Characteristics

### Air Density (sea level)

No matter how hard you try, you ain't getting it, alright? Now bugger off

### Temperature

bruh why is this in atmospheric composition 🗿🗿🗿

## Miscellaneous

### Moons

bruj it is a moune*

**Jaxin** is the innermost moon of **Varbudos**. Out of all the terrestrial planets' moons, Jaxin is the biggest and most massive. It was the first of Varbudos' moons to be reached by the Varbudians, and is now a key part in their local space industry.

## Physical Characteristics

Jaxin is thought to have formed 7.13 billion years ago. It is one of the 5 natural satellites of Varbudos, the others being **Gertam**, **Varbudos III**, **Varbudos IV**, **Varbudos V**, and **Varbudos VI**. Tholins litter the surface of Jaxin, giving it a red hue.

## Exosphere

Jaxin's exosphere is what you expect from a generic low-mass cratered object, it is a thin shell sparsely populated with elements such as argon, neon, hydrogen, helium, and other gases.

## Climate

Without a thick atmosphere, it is very cold, despite the fact that it is located close to **Quantis**. Not suited for life, unless that life lives in "tin cans" or in a pressurized glass dome. The lack of a thick atmosphere also prevents the even spread of heat around the moon, and so the day and night sides' temperatures can vary by dozens or even over 100 degrees celsius in temperature.

## Formation

Varbudos formed from a disc of dust and gas surrounding the young Quantis. The planet accumulated its current mass over a period of approximately 161 million years, and captured lots of debris from the disk it formed in, which created another disk. This disk came together and created Jaxin, as well as Gertam and possibly Tanzar. The young versions of these moons sucked up the rest of the debris and got to their current sizes. Jaxin took 43 million years to suck up debris and get to its current size.

## Biomes

* Plains
* Rocky plains
* Hills
* Rocky hills
* Mountains
* Rocky mountains
* The occasional small canyon
* The rare larger canyon
* Craters
Lansuag

Image of Lansuag in front of Volarus, showcasing Lansuag's mountainousness™

Lansuag is the smallest moon of Volarus. It is rather mountainous and cratered.

## Physical Characteristics

Lansuag is the smallest moon known to have geological activity. It has large lava floodplains which have since dried up. Its best-known feature is Kellelai Crater, a massive crater on its surface.

It is also a very mountainous moon, almost rivaling Thebba in spikiness.

## Orbit

Lansuag has an elliptical orbit around Volarus, with a rather high inclination. Its eccentricity is low enough, though, that it is useful for refueling around Volarus.

## Biomes

Lansuag has 3 biomes.

* Surface
* Craters
* Lava Floodplains

## Trivia

* Lansuag has great views of Rhua and Volarus.
Ikea

Image of Ikea, with Rellis' rings

Ikea is the largest and farthest moon from Rellis. It is named after a really old department store.

## Physical Characteristics

Ikea is the largest moon of Rellis. It is most recognized for the two giant craters on it's surface, which are being domed over for paraterraforming. Ikea's surface contains some of the oldest rocks in the Verda System, due to Ikea's lack of geological activity. There are several dangerous areas of ridges where hikers have been lost, likely caused by the impact of the objects that formed the craters.

Ikea appears to have little to no differentiation, likely caused by it forming too slowly for this to happen.

## Exosphere

Like most moons, Ikea hosts a very very thin exosphere that is practically useless for anything regarding aerobraking or similar. On Ikea, this is mainly composed of Helium collected from the solar wind.

## Biomes

Ikea has 11 biomes.

* BadlyMadeInstructions Impact Structure
* Warehouse Impact Structure
* BadlyMadeInstructions Impact Terrain
* Warehouse Impact Terrain
* Lowlands
* Midlands
* Highlands
* Smaller Craters
* Wonky Ridges
* Meatball Terrain
* The Maze of Boxes

## Trivia

* Ikea is named after a very old department store, due to a hack from it's advertisers. We still cannot seem to fix it.
* It has a fairly high albedo.
Toras

Toras from above

Toras is the innermost planet in the Arwell System and the second largest gas giant in the system.

## **Physical Characteristics**

Toras is a dark brown-colored gas giant residing in the Arwell System. The planet is composed mostly of Hydrogen and Helium, with trace amounts of various other elements. Toras is also a warm Jovian or a gas giant that resides outside the habitable zone but close to a star.

## **Orbit**

Toras' orbit is similar to Moa, having a relatively high eccentricity. It also has a relatively high inclination. Toras is believed to have migrated inwards from the outer system, although no one's sure how this didn't disrupt the formation of Auster and Vitriol, leading some scientists to believe that it formed in its present location.

## **Moons**

Orbiting so closely to Arwell, Toras has a very small range in which to put stable orbiting moons, and therefore has none.