recursal/Fanatic-Fandom huggingface dataset:
Dexenderance

## General information

Dexenderance is a torrid superjupiter located in the galaxy NGC 4889. The planet has 89 observed moons around it and an average temperature of 1285 kelvin. The planet has an atmospheric pressure of 1\*106 ATM and an atmospheric composition of H2, HE, and CH4. The gravity of the planet is 19.048 g, and the age of the planet is 2.2 million years, making this a very young world. The panel has an axial tilt of 62\*11’50.73". The solar day of the planet is 8 hours, 28 minutes, and 39.84 seconds. The rotational period is 8 hours, 28 minutes, and 39.36 seconds. The orbital period of the planet is 58.576 years, and the semimajor axis of the planet is 85.16 AU. The earthlike similarity of the planet is 0.119, while the mass of the planet is 8 times that of Jupiter’s, or 8.5814 M♃. The diameter of the planet is 94741.49 miles, with the polar diameter being 94007.58 miles. The mean diameter of the planet is 94741.49 miles. The equatorial diameter of the planet is 95110.60 miles, and the density of the planet is 8.7767 g/cm^3. The tidal heating of the planet is 6.2845\*10^6 W (1040.5 P⨁, or 8.5381\*10^11 W/m2 / 0.094842 Kelvin). The albedo of the planet is 0.3, with the geom being 0.36. The effective temperature of the planet is 1284.8 kelvin, with there being no temperature increase due to the greenhouse effect being virtually non-existent.One of the interesting things about this planet is that due to the young age [of Dexenderance], its formation ring is still present, though considerably less then the early days. There are an estimated 60+ asteroids around it.
Dolmen

A minute and quite young terra (age: 448 millions of years) whose surface conditions are very similar to the primordial Earth. In its oceans protozoic organisms similar to bacteria have originated. They have already altered the atmospheric composition by emitting a considerable amount of oxygen.

## Surface Conditions

### Atmosphere

* 67.6% Co2
* 20.4% O2
* 10.5% N2
* 0.635% H2O
* 0.515% SO2
* 0.208% C2H2

## Additional Information

### Moons

* 1 main moon
* 3 dwarf moons
New Dallas

DR/2024/07/21.SYS-00/S06 otherwise known as New Dallas is a ringed superearth in the NGC 4864 galaxy that has the possibility of life that also has liquid seas, with the Four major ones, Manas Texas, Manas Ribus, Manas Paso and Manas Chromeus. Lakes have been observed near these seas, with some in the middle of nowhere. New Dallas has 8 moons, its atmospheric pressure is 867 atm, its seas are only composed of H2O, the average temperature is 461.48 Kelvin, the average gravity is 2.0624 g, it is estimated that its 3 billion years old, the axial tilt is 5\*57'59.58", the solar day on New Dallas is 10 hours, 44 minutes, and 56.89 seconds. The rotation period is 00.22 seconds shorter than the solar day. The orbital period 213.541 years, the semimajor axis is 84.56 AU, and the ESI (Earth similarity index) is 0.526, its half-way towards being a second earth. Its mass is 7.122 M⨁, and its radius is 7362.16 Miles. Head Database's oldest daughter, Elysia wanted this planet to be called "New Dallas" after her home town.

Manas ChromeusManas TexasManas PasoManas RibusThese are those 4 major seas of this world, the last one, Manas Ribus was a canyon before the planet exited out of its ice age and its southern glaciers melted away into this geographic feature.
DR/2022/12/02.SYS-00/S06/B

## General information

DR/2022/12/02.SYS-00/S06/B is a hot arid earth located inside of the IC 1101 galaxy that is a part of a binary planetary system and is paired with a warm gas minigiant that is the 6th in its system. DR/2022/12/02.SYS-00/S06/B takes around 4 days to go around DR/2022/12/02.SYS-00/S06/A. The planet has an ESI of 0.567, its mass is 1.095 M⨁, and its radius is around 3561.69 Miles. The age of this planet is 2 billion years in age, surprising considering it is a part of a system with a red giant. The world is just like its classification, dead rivers, large broad deserts, and small hills spread across its barren landscape.

### DR/2022/12/02.SYS-00/S06/B/PHYS-01

This name is attached to the largest canyon and dead river in this world. From space, it certainly looks like it, though on the surface, it looks more like a desert in a small valley than a dead river. It was noted on December 4th, 2022, and it seems to have some small mountains in the middle of it. It is theorized that around 1 billion years ago, this was a small sea with some mountainous islands in the center of its channel. The "river" seems to have drained from the largest mountain range in the world.
Astanka

Astanka is a temperate arid subcarbonia located in NGC 4889 that was reported to be an outpost for some city state in a nextdoor star system. This report has not been taken seriously. The planet however has been observed by the GAIA expeditions to have some deposits of Helium three, and precious minerals located throughout the planet. The world is inside a star cluster, and estimated to be 882 million years old, and the planet's ESI is 0.760. The planet has also been observed to have some very deep canyons that even the Mariana trench is short compared to these.
Asteroid

Asteroids are simply defined as airless rocks and boulders floating through outer space. They are mainly just minor planets that were unable to obtain enough mass to enter a spherical shape, but are too small to be recognized as dwarf planets. There can be millions of asteroids in one star system, each one with different compositions. Asteroids can be composed of iron, stone, nickel, basalt, magnesium-silicates, or other various types of minerals, including combinations of the above.
DR/2022/12/03.SYS-03/B/S08

## General information

DR/2022/12/03.SYS-03/B/S08 is a warm arid earth located inside of the IC 1101 galaxy that was discovered on December 3rd, 2022. The ESI of this world is around 0.652, and the the mass of this world is 6 tenths of the Earth's, its radius is also 3571.85 Miles. It is flat, arid, barren, and generally uninteresting, its atmosphere is made up of H2O, H2S, CO2, C2H3, C2H2, and has a pressure of 0.0179.
Citer 7

A purple-blue gas giant in the Citer system

## Basic Information:

Citer 7 is named after its home star: Citer - a Red Dwarf star, and its position from its sun. It is the smallest gas giant, and the 6th smallest planet in the system, behind Citer 2 which measures at 46343 km in diameter while Citer 7 measures at 44716 km.

Citer 7 orbits once every 3 (Earth) years, however, its solar day is only 8 hours, making it similar to a day on Jupiter. The atmosphere on Citer 7 is comprised of mostly hydrogen with traces of Helium and Methane.

## Physical Information:

Citer 7 is the only planet (not including the moon \*Citer 6.2) in the Citer system that does not possess an orange or cream colouration, which makes it a unique gem amongst the similarly themed planets it neighbours. The planet possess wide black/brown rings and many moons.

## \*Citer 6.2:

Citer 6.2 is a moon orbiting Citer 6. It is one of the only two celestial objects in the Citer system that does not possess an orange or cream colouration.

* For further information on Citer 6.2 see below.

## Surface Conditions

### Atmosphere

* 95.7% CO2
* 4.08% SO2
* 0.116 % CH4
Abell 13

* 0.990
* 0.980

## Overview

Abell 13 is a faint, planetary nebula located in the constellation of Orion, and its distance to Earth is 2315.71 light-years. It is a faint, red irregular oval, with the nebula's outline being the most noticeable. Abell 13 was discovered in August 1955 by American astronomer George Ogden Abell in his Palomar Observatory Sky Survey. George Ogden Abell originally included it as Abell 9 in his Abell Catalog of Planetary Nebulae in 1955, but in his 1966 publication, he assigned another number as Abell 13.

1. ↑ https://ui.adsabs.harvard.edu/abs/1955PASP...67..258A/abstract
Division Nebula

K1, The Division Nebula

## Overview

The Division Nebula is a emission bipolar planetary nebula located in the constellation Aquila, it is about 35.76 light-years from Earth. It is listed as Keesar 1 in the Keesar Catalog and is also known as the Dual Jet Nebula (not to be confused with the Twin Jet Nebula).

## Structure

The Division Nebula looks to contain two elongated tubular structures, each with a diameter of 4.27 light years and a slight oblate spheriod in the center. It is bipolar. This type of structure is the logical outcome of a bipolar model.

## Formation

The hot core of a star that reached the end of its main-sequence life cycle, ejected most of its outer layers, became a red giant, and is now contracting into a white dwarf is the primary component of the central binary. It is thought to have started out as a sun-like star. The binary's second, smaller star orbits very closely and may have been engulfed by the other's expanding stellar atmosphere, resulting in the nebula structure we see today.
Elysia

## General information

Elysia and Mandos, otherwise known by their data names as DR/2016/09/21.SYS-06/S06/A, and DR/2016/09/21.SYS-06/S06/B, are a binary of a hot gas giant, and a hot ice megagiant, though the classification of megagiant is terrible as the mass of the latter is 3 9ths the mass of Jupiter, and its radius is only 9 times larger than the Earth, dwarf size for a "*megagiant*". The former stole the name "Elysia" from Sokares during a renaming competition in November 2016. The naming was a fan's submission, and they had not explained their reasoning as of December 4th, 2029. Elysia is the focal point of the system to the point that this page was named Elysia, not "Elysia and Mandos". They orbit a Blue supergiant and a black hole and it takes them around 280 years to orbit both.
DR/2001/12/27.SYS-27

Image of the star system when it had its first exposure.

## Additional information

### Info

During an expedition in 2810 by Gaia's successor, the Western Expeditions group, it was settled with some small colonies around the planets in the star system.

[Release name] DR/2001/12/27.SYS-27, [formal name] - Data Release 2001, December 27th System 27, [Unique name] - Medahawk Hank's star. The star system was part of Gaia Expedition's annual possible life contest in 2002, as of March, 2029, life has not been reported in the system. The actual star system was discovered at first as a orange dot in the distance in one of exposures of another star system, DR/2000/12/19.SYS-02. One of the planets in the system nicknamed Azimuth had all of its photographs lost due to a fire.

The 'Jovian Father' of the star system. With the unique name, "Blue Jupiter"
Macina

Macina, Pink areas seen

[[Category:{{{class}}} galaxies]]

Macina is an SC Spiral galaxy, it is around 50 Thousand lightyears in diameter and is dotted with pinkish red spots inside it, this is because of the formation of newer stars in the area, this could suggest the galaxy is relatively young. The galaxy lies 11 Billion lightyears away from earth, making it somewhat close to the edge of the observable universe.
Anaxagoras

Anaxagoras or RS 8513-2576-7-601197-180 6 - is the sixth planet from the star RS 8513-2576-7-601197-180. The planet is a temperate marine super-Earth

## Surface Conditions

### Atmosphere

* 97.9% N2
* 1.61% 02
* 0.495% H20

## Additional Information

### Moons

* 1 subterra
* 3 miniterra
* 1 microterra
* 15 asteroids

### Position in Star System

6th

ESI: 0.888

## History

* ~5.5 billion years ago. Planet Anaxagoras forms from a cloud of dust and gas. Together with the planet, most likely, three miniterra and one microterra were formed.
* ~5.1 billion years ago. The planet's surface begins to cool, allowing liquid water to form.
* ~4.8 billion years ago. The first signs of life appear on the planet in the form of simple single-celled organisms.
* ~2.9 billion years ago. The planet captures subterra in its gravity. This greatly helped the development of life in the future.
* ~1.2 billion years ago. Complex multicellular life evolves, including the first plants and animals. At that time there were two continents on the planet - Kithor and Fira
* ~800 million years ago. Primitive land animals appear on the planet, including amphibians and reptiles.
* ~560 million years ago. An unknown cataclysm that caused the destruction of Kithor and Fira. Mass extinction on the planet
* ~560-410 million years ago. Quite an unusual period. The era is known for the fact that in its time there were no large species on the planet, and small animals were very common.
* 410-240 million years ago. Quiet period, known for the rapid development of terrestrial fauna.
* 210 million years ago. Active volcanic activity. The formation of new islands, the emergence of the Uuk continent.
* 51-46 million years. The breakup of the Uuk continent. Species on the planet are divided
* Today - There are many islands on the Anaxagoras. The former continent was divided into many smaller continents. The planet has a warm and humid climate. However, there is almost no jungle on the planet. On Anaxagoras, ordinary forests (For this planet), savannahs, steppes, hills are common.

## Biosphere

The terrestrial fauna of the planet is very muscular and thick. Most species have powerful body plates, a legacy of a common ancestor. Most animals on different continents are similar to each other, because their ancestors were divided after the Uuk continent broke up The vegetation of the planet is low. Most of the planet is covered with meadows. The marine world is diverse but not active, most marine species are very slow but powerful.

Anaxagoras surface mapAnaxagorax with Rodrigos ModSurface map of the planet with Rodrigos Mod
Dissocia

A tidally locked oceania with radically different atmospheric conditions across its surface. While the day side is covered in thick water vapour clouds that are constantly moved by storms of hellish intensity, the night side is completely cloudless. Between these two zones there is an intermediate zone with more moderate conditions that hosts marine life.

## Surface Conditions

### Atmosphere

* 68% O2
* 31.3% CO2
* 0.7% SO2
Irkalla

Irkalla or RS 1236-3840-0-074 3 - is the third planet from the blue supergiant RS 1236-3840-0-074. The planet is a torrid arid terra

## Surface Conditions

### Atmosphere

* 40.7% N2
* 21.9% NH3
* 17% CO2
* 5.7% C2H2
* 4.9% SO2
* 3.34% H2S
* 3% H2O
* 2.47% C2H4
* 0.779% C2H6
* 0.29% CH4

## Additional Information

### Position in Star System

3rd

ESI: 0.250

## History

Irkalla formed only 2.2 million years ago, which is a very young age for the planet. Given that the parent star is a blue supergiant, the planet doesn't have much time left. It probably won't even get cold.

## Surface conditions

Irkalla's gravity is very similar to Earth's. But the temperature is enormous, which makes this planet a real hell.

Irkalla(Rodrigos Mod)Irkalla(Vanilla)(Rodrigos Mod)(Vanilla)(Rodrigos Mod)(Rodrigos Mod)(Vanilla)(Vanilla)(Vanilla)Irkalla surface map(Vanilla)Irkalla surface map(Rodrigos Mod)
## Star system

RS 1236-3840-0-074 - blue supergiant. There are 8 planets revolving around this star. And only one has water on the surface. ***RS 1236-3840-0-074 8*** - temperate superoceanic aquaria. This planet revolves around its star in 1141 years!. The planet's oceans are made up of H2O. The amazing thing is that the oceans are...Green. The planet has all the conditions for the origin of life. But unfortunately, this wonderful and beautiful oceanic planet will die before life has time to appear on it.

RS 1236-3840-0-074 8(Rodrigos Mod)RS 1236-3840-0-074 8 2(Rodrigos Mod)RS 1236-3840-0-074 planetary system(Rodrigos Mod)(I just wanted to find a really beautiful fiery planet)
DR/2022/12/03.SYS-00/S09/A

## General information

DR/2022/12/03.SYS-00/S09/A is a ringed warm ice giant which is paired with a temperate lacustrine aquaria that orbit it every 39 days. The ESI of this world is 0.614, the mass of this world is 18 times more massive than Earth, and is 3 times larger than it. The rotation period of this world is 10 hours, 29 minutes, and 10 seconds, whilst its orbital period of it is around 1600 years. The atmospheric composition of this warm gas giant is H2, HE, and CH4, and this world has a major storm just north of the equator. The age of this world is around 2 Billion years in age, another surprisingly young planet.
DR/2028/07/05.SYS-02/S07

## General information

DR/2028/07/05.SYS-02/S07 is a frigid airless subaquaria located inside of an oddly placed planetary nebula. The world is known to have 5 observed moons, and the world is 12 billion years in age, a world slightly older than Methuselah. The orbital period of this world is 6.479 years, and the rotational period is 37 hours, 27 minutes, and 47.40 seconds. The average temperature has been recorded to be 46.063 Kelvin, a frigid world. The ESI of the world is around 0.135. The world is only twice the size of the moon, and yet still has large rings around it. It is one of the closest worlds to the central black hole of its galaxy.
Jangus

Jangus as seen from space

## Description

Jangus, despite looking extremely different from Earth, is actually somewhat similar in size, gravity, and temperature. It's atmosphere is very different however, having large amounts of SO2, which tinges it in a light brownish yellow and would make the world toxic to humans. It orbits a very dim K type main sequence star called Kelaso, which is just on the verge of being a red dwarf. Jangus should be tidally locked, but a nearby giant moon named Koshura exerts tidal forces, which seem to keep this planet's day cycle.

## Intelligent Life

Over a million years ago, an intelligent species evolved on Jangus that developed a civilization and took over the world. Throughout the millennia, they accomplished many great things - from building empires and cities, to developing complex culture and technology, to curing all diseases and ending war and suffering. It seems like the logical next step to become a space-faring civilization. However, after many years of trying to create new technologies to get to other worlds and colonize them, the species failed; they just couldn't figure out a way to travel to exoplanets quickly enough. So they settled on a different solution: they digitalized their brains and uploaded themselves into a giant computer simulation universe, a paradise where they could travel to any world they want and live in a universe more habitable than the real one. Currently, every member of this species is asleep in the simulation, with the core CPU being heavily guarded to ensure their minds are protected from any outside forces.
GKH-8

Name in game: RS 0-6-115262-536-3588-8-1079678-592 B4

Discoverer: Minhkhifg

SE version: 0.980

Class: marine SuperTerra

Diameter: 21616.89 km

Mass: 7.335 M⨁

ESI: 0.765

Semimajor axis: 0.19 AU

Orbital period: 44.209 days

Solar days: ∞

Age: 8.591×10⁹ years

Gravity: 2.5542 g

Atmo composition: Co₂, SO₂, N₂ (formerly).N₂,O₂,Ar (after)

Atmo pressure: 2.98 atm

Temperature: -16.996℃

Moons: 5

Colony: Minhkhifg communist state

Population: 6.1×10⁹

Information:

One of the most developed colonies of MinhKhifg

Map:
Carhe

## Overview

Carhe is a circumbinary planet orbiting two binary star system, Nabens. The planet classified as a Hot ice subgiant due to being the first planet from the barycenter. It has a mass about 5.9431 Earth masses and the planet is tidally locked to the binary system meaning the planet's leading hemisphere, is 521.63 °C and the trailing hemisphere is a slight cooler about 367.19 °C. The planet has the record for the most extremes in the Nabens system like being the most largest planet, the most massive planet, the least densest planet, and obviously the most hottest planet. Just like Mercury and Venus, Carhe has no detected moons observed for over the decades due to being close proximity from Nabens, so asteriods that are passing by and gets captured by Carhe has an unstable orbit and it will escape the gravitational hill sphere of Carhe and orbits Nabens or either goes crashing down to Carhe and forms a dark spot similar to what happend when Comet Shoemaker–Levy 9 crashes into Jupiter.

## Origin

670.834 Million Years ago: Carhe began to form in a protoplanetary disk, it is a torrid planet with lava covered all over the surface. The planet was formed by protoplanet collisions and naturally gaining mass by gravitationally pulling dust from the protoplanetary disk and planetesimals.

580.738 Million years ago: The planet has began to cool down and gains a thin atmosphere mostly made out of co2 by erupting volcanos, there are still huge lakes of lava on the surface. Carhe has a mass moderately larger than Mars. The protoplanetary disk mass lost 20% of its mass during its lifespan. The planet has gained its protective magnetic field with the start of the dynamo effect.

513.683 million years ago: Carhe was struck by a large protoplanet the size of Mercury. This huge planetary collision formed a temporary large moon orbiting before colliding with Carhe due to Nabens gravitationally disrupting the orbit of that non-temporary moon. This collision also destroys any geological features on the surface and annihilates the atmosphere the planet once had. The collision also seriously damaged the magnetic field, almost shutting it down in the process.

457.740 million years ago: Carhe once again cooled down after a large impact that happened, gaining an atmosphere and some impermanent debris orbiting the planet from the collision before leaving or crashing down.

319.278 million years ago: Carhe gained a mass of about 2.14 Earth masses from the material of the protoplanetary disk. Due to this, it also gains a thick atmosphere, mostly water vapor rich, and some other elements such as nitrogen, carbon dioxide, and sulfur dioxide.
Local Group

The Local Group is the galaxy group that contains the milky way and 2 other large galaxies, as well as dozens of dwarf galaxies.

## Member Galaxies

### Big Galaxies

* Milky Way
* Andromeda Galaxy
* Triangulum Galaxy

### Dwarf Galaxies

#### Milky Way Satellites

* Large Magellanic Cloud
* Small Magellanic Cloud
* Sagittarius Dwarf Spheroidal Galaxy (Sag dSph)
* Sculptor Dwarf Spheroidal Galaxy (Sculptor dSph)
* Carina Dwarf Spheroidal Galaxy (Carina dSph)
* Sextans Dwarf Spheroidal Galaxy (Sextans dSph)
* Ursa Minor Dwarf
* Draco Dwarf
* Leo I
* Leo II
* Canes Venatici I Dwarf (CVn I dSph)
* Canes Venatici II Dwarf (CVn II dSph)
* Ursa Major I Dwarf
* Ursa Major II Dwarf
* Boötes I
* Boötes II
* Boötes III

#### Andromeda Satellites

* M 110
* M 32
* NGC 147
* And I
* And II
* And III
* And IV
* And V
* And VI (Pegasus dSph)
* And VII (Cassiopeia dSph)
* Fornax Dwarf (Fornax dSph)

#### Other Dwarf Galaxies

* Wolf-Lundmark-Melotte (WLM)
* IC 10
* IC 1613
* Phoenix Dwarf
* Leo A
* Sextans A
* Sextans B
* NGC 3109
* Sag DIG
* Barnard's Galaxy (NGC 6822)
* Pegasus DIG
* Cetus Dwarf (KKSG 1)
* Antlia Dwarf
* Tucana Dwarf
* Aquarius Dwarf (Aqr DIG)
Javannah

A mysterious planet with peculiar inhabitants.

## Description

Javannah is a terran world slightly larger than Earth but with considerably higher density and mass. Its climate is warm and humid, and especially around the equator, air humidity is even higher than in Earth's tropical regions. The atmosphere, which is primarily composed of CO2, (Carbon dioxide) is filled with dense clouds of water vapor that rain down on the surface in great deluges.

Big portions of Javannah's surface are covered with gigantic forests. The plants in these forests have thick trunks and rarely grow higher than 10 meters, since they have to support their own weight in an environment that is influenced by a gravity that is almost double that of Earth's. In these forests, a huge variety of organisms thrive. Some are similar to arthropods, while others can be described as semi-mobile hybrids between plants and animals. In general, species on this world are rather minute in size, and have notably quick metabolisms. Along with this, they are known for their short lifespans. Flying creatures are almost absent, while marine life is incredibly varied and complex. The biggest creatures are found in the oceans, where they can more easily support their weight. One of these submarine species is also the only sentient species living on this world. The Naab are gigantic colonies of jellyfish-like organisms that share their nervous systems and generate neural networks with considerable "computing power". By organizing their actions and planning long-term, the Naab are able to exert a considerable influence on the surrounding marine biomes. They create big fields populated by nutritious algae and weed out organisms that are detrimental to the fertility of the marine soil.

For now, the Naab are able to move only underwater, but this may change in the next millennia, as the intelligence of the Naab is limited only by the size of their colonies, and their colonies are growing at a constant pace. With increased levels of intelligence, they might be able to devise methods that enable them to survive on land.

## Images

A photo of Javannah from the horizon.A photo taken in the planet's exosphere.An image of the right hemisphere.An image of the left hemisphere.A supposed photo of an exiled Naab.
Ilteron

Ilteron is a superhabitable moon orbiting the planet Lelanthos. It is one of 4 major moons orbiting the planet and one of two moons with life. the other being Feggari. Ilteron is the largest moon orbiting the planet, being only slightly larger than the others. It resides in an unnamed galaxy, approximately 7.1 billion light years from our own, and supports conditions for life even better than Earth. The moon has an ESI rating of 86% (0.866)

## Ilteron

A superhabitable moon more hospitable for life than earth, it's almost as if the whole world is alive.

## Surface Conditions

### Atmosphere

* N2 72.1%
* O2 25.6%
* H2O 2.2%

## Additional Information

### Life

Organic multicellular (marine, terrestrial)

## Moon Information

Due to its close proximity to Lelanthos, Ilteron resides in an intense radiation belt that sits around the gas giant. The radiation levels are only slightly higher then the cosmic background radiation levels,
Aiene

Hope - 5.1: Aiene

**Aiene** is the only major moon of **Douma**, fifth planet of the **Hope System** in the **NGC 7083 Galaxy.** It is a warm selena world. Aiene is a *"medium"* sized tidally locked selena world of flat landscapes, craters, small dust mounds and cooled lava flows. It also holds vast underground tunnels of silver.

The moon's formation is quite unique compared to moons of a similar like, as this is because when the planet **Acconda** entered within close proximity of its parent planet, it would result in large pieces of the planet to be gravitationally torn off, forming the moon we see today.
Nadora

A world thriving with life.

## Planet Information

An Earth-like planet orbiting a somewhat hotter version of the Sun. Home of the Junki, a civilization being about as technologically advanced as modern humans. It is superhabitable, likely due to its lower gravity and thicker atmosphere, which makes life on Nadora achieve huge proportions compared to life on Earth. The thick atmosphere of Nadora distributes heat all around the planet, making seasons on Nadora essentially pointless, even though the planet has an axial tilt of about 31 degrees. Although being smaller and less massive than Earth, Nadora has a stronger magnetic field for some reason, likely due to its higher density. Most landmass on Nadora are covered by tropical rainforests, with some landmasses being covered by sandy beach-like deserts.

## Moons of Nadora

   Nadora has a total of 7 moons, with the largest of the moons being about 400 to 800 km in diameter. These moons deliver tides to the planet's oceans and help stabilize the planet's axial tilt. There is one interesting fact associated with these moons. The further the moon is from Nadora, the larger it is. Other than that, they are just ordinary asteroid-like moons with no atmospheres.

## The Junki

Stated before, the Junki are an intelligent civilization that are as technologically advanced as us humans are. They are hexapods, meaning they have 6 legs instead of 2, possibly because of the lower gravity of their home planet. The Junki is a very ambitious species. They have sent countless of probes throughout their planetary system, most notably the moon Palami, as they name it, orbiting the 7th and last planet of the planetary system. They have also established countless colonies on the large moons of Nadora, possibly making a colony on Palami in the future. They dream of terraforming and colonizing the 2nd moon (Dolur) of the 5th planet, because once there were oceans on Dolur. The Junki are very interested in finding alien life forms. They hope that they are not alone in the universe.
Koholl

There seems to be interstellar debate over whether this should be deemed the 'bowling ball planet' or not. Bowling balls only have three holes, but it was discovered that the Ferronians have a similar sport. However, their balls had four holes instead of three. It's an ongoing debate..

## Surface Conditions

### Atmosphere

* 86.6% CO2
* 4.75% SO2
* 4.45% H2S
* 2.11% C2H2
* 1.54% H2O
GKH-18

Name in game: RS 0-4-1800-1228-25417-6-185721-417 4

Discoverer: Minhkhifg

SE version: 0.980

Star spectrum: F5.5V/G9.5V

Class: Marine Superterra

Diameter: 21855.26 km

Mass: 7.6564 M⨁

ESI: 0.812

Semimajor axis: 1.84 AU

Orbital period: 1.611 years

Solar days: 9h 28m 14.93s ( 0.3941 days)

Age: 379.812×10⁶ years

Gravity: 2.6083 g

Atmo composition: CO₂,SO₂,C₂H₂ (Formerly).N₂,O₂,Ar (after)

Atmo composition: 12.2 atm

Temperature: 19.823℃

Moons: 0

Life: None (formerly). Organic multicellular (marine, Terrestrial)

Colony: Minhkhifg communist state

Population: 18×10⁹

Infromation:

Minhkhifg colony

Geography:
Grofin

```
Powering up NASA supercomputer...

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NASA Tyson Space Telescope 2029

>Grofin Exoplanet Infopack

INITIATING DATABASE POWER-UP SEQUENCE

SEQUENCE COMPLETE

OPENING EXOPLANET FILE SMC4-A-D

***REQUIRES HIGHER CLEARANCE. MUST HAVE HIGHER RANK OR BE WITH AUTHORIZED PERSONNEL. CLICK TO OPEN WHEN WITH AN AUTHORIZED PERSON.***

### >appearance

**S**upercontinental world (AKA Pangeae), Semi blue water oceans. Yellowish-green plantlife covers continents, baffled scientists hypothesize that it could be be this color because of its local stars brightness, or a different photosynthesis procees. Many chaotic coastline shapes, shallower water near land is a light tangerine color (likely due to sand). Planet has city lights on dark side that outline coasts, this is because the local civilization is at a near-ecumenopolis state. Overall very similar to earth, its no suprise that an alien civilization similar to humans exists here.

## Grofin

This terra has is abnormally warm, this is reflected in its Titan moon. It has a native civilization that is slightly more advanced than humans.

### RS Code

CONFIDENTAL (i will release it when i am finished with the page)

## Atmosphere Data

### Atmospheric Composition

71.9% N2, 26.1% O2, 1% Helium, 0.25% Argon, 0.75% Trace Gases

## Hydrosphere Data

### Water Composition

87% Saltwater, 7% Freshwater, 5% Polar Ice, 1% Groundwater

## Biological Data

### Native Civilization

Intelligent, Known as the “Laytheon Empire”

## Celestial Data

### Rotational period (Day length)

27.9 Days (A bit of extra sleep doesnt hurt anyone :D )

## Other Data

### Tempature unit

F, C, K (thank god there isnt a tempature unit that starts with U lol)

### >history

SODES SPACE TETHERAll Systems: OKStabillity: StableCURRENTLY EXPERIENCING EXTRA TENSION FROM TERRAFORMING PROCESSESPAYLOAD KEYOLOAE-47 CURRENTLY TRAVELLINGTEMPERATURE: VERY COLDMAINTENANCE DRONE: OKLIVE TELEVISION CAMERA: ONALCUBIERRE WARP DRIVE ARRIVAL PORT: BEING INSTALLED

### >moons

2 Large moons, 5 non-major. Terraforming efforts are focused on its largest, Pyroalan (Luna Paradisum

### >misc.

Nitrogen-Oxygen atmosphere, trace amounts of helium and Co2

0.978 Earths suface gravity

Low albedo

Planet is suspiciously similar to earthPlanet view with the camera scan results in the backgroundArt of the planet, made by the ESA (Actually by the page creator lol)

[Click this sentence to open the planet info]
Lorgar

The surface of this titan is prevalently covered by methane oceans with an average depth of almost three kilometers. The continents look almost like puny islands in comparison, but since Lorgar's surface is much ampler than Earth's most of these continents are still quite large and offer enough room for a variety of different climates, habitats and exotic species.

## Surface Conditions

### Atmosphere

* 99.5% N2
* 0.376% CO
Deramedes

A view of the dry, dusty, and inhospitable planet Deramedes.

•17.1% CO2

•<1% SO2 & C2H2

## General

Deramedes is a sandy, arid, and scorching-hot planet with no life. The surface of the planet is pockmarked in towering mountains and volcanoes, and is streaked with dune-filled gorges. Mountain ranges and flat dusty land account for the rest of the surface's features.
Milky Way

* 0.990
* 0.980

## Overview

The Milky Way galaxy is a barred spiral galaxy that contains our Solar system. It is a vast assemblage of stars, dust, and gas. It got its name from a Greek tale about the milk-sprinkling goddess Hera, giving rise to the name Milky Way. Our galaxy has numerous names in other regions around the world. It is known as the "Silver River" in China and the "Straw Way" in Central Asia and the Middle East. It is believed that our home galaxy formed 13.61 billion years ago, making it almost as old as the universe. The distance between the galactic centre and our Solar system is 28.00 light years.

## Satellite galaxies

The Milky Way has a total of 17 dwarf satellite galaxies orbiting it, with the most visible ones to the unaided eye with little to no light pollution being the Magellanic System with two gravitationally disturbed dwarf satellite galaxies called the Large Magellanic Cloud (LMC) and Small Magellanic Cloud (SMC). The closest dwarf satellite galaxy is the Sagittarius dwarf spheroidal galaxy (Sag dSph), which in its current status is severely damaged and heading for a collision up to the present time after being collided multiple times; it is also the reason why the Milky Way's disc is warped.

## Astronomical History

The astronomical history of the Milky Way is as captivating as the galaxy itself. In ancient times, various cultures attributed mythological significance to the bright band in the night sky. For ancient Greeks, the Milky Way was linked to the mythology of Hera, while in Chinese mythology, it was seen as the "Silver River." Advancing through history, astronomers like Galileo Galilei and Johannes Kepler began using telescopes to study this diffuse band of light more closely, revealing its true stellar nature.

Over time, understanding the Milky Way has evolved with the development of more advanced astronomical observations, such as those conducted by Edwin Hubble. Hubble's work helped establish the idea that our galaxy is just one among billions in the universe. This historical progression adds layers of complexity to the Milky Way's narrative, making it a captivating subject of study throughout the centuries.

## Galactic Quadrants

The Milky Way is divided into four distinct galactic quadrants, each contributing to the overall tapestry of our galaxy. Understanding these quadrants involves delving into the distribution of stars, solar systems, and potentially unique characteristics within each quadrant.

Exploring the characteristics and features of these quadrants provides valuable insights into the spatial organization of the Milky Way. Astronomers categorize regions based on observational data, mapping out the galactic landscape and identifying key structures within each quadrant. This segmentation enhances our comprehension of the diverse environments and stellar populations that exist throughout the Milky Way.

Further detailing the properties of each quadrant, such as their relative positions and notable celestial objects, can offer Wiki Fandom readers a more comprehensive grasp of the galactic geography.
Globradel

H₂O 5.62%

CO₂ 1.24%

SO₂ 931 ppm

Ar 1.73 ppm

Ne 1.36 ppm

CO 1.04 ppm

Kr 0.758 ppm

## About the Planet

The planet is of a binary star system consisting of an orange, and a red dwarf star. It is these two stars that most likely make up this planet's second most surprising feature: Despite It being a tidally locked planet, it's night half isn't frozen! You see, the orange dwarf shines on the day half and the red dwarf shines on the night half! It is believed that this is why the night half isn't a sheet of ice, but is still the night half, as the red dwarf is smaller and farther away than the orange dwarf. The most surprising feature is the fact that it is one of four worlds in it's star system to contain life!

## Life on Globradel

Given that it's night half isn't frozen that allowed life to evolve on it as much as the day half, resulting in what is like almost two different worlds on the same planet! Also on the night half there are technically two sapient species on it! I say technically because the two species evolved to be essentially the same organism! It is a species of mushroom living on a species of mammal that somewhat resembles raccoons. They are in a symbiotic relationship. You see, the mammal for whatever reason loves to eat carrion as well as decaying plant matter, despite their biology not being adapted for such feeding habits, this is where the fungus steps in. They allow the mammal by merging their biology together to safely eat their preferred food. In return the mushroom is able to not only be mobile, but also gain nutrients from their host. This species calls themselves the ochtakon.

## The Ochtakon and the Galactic Community

Since They love to consume decaying matter, they have filled a unique niche in galactic society. Just like with humans many sapient species in galactic society throw away food in large quantities on a regular basis for various reasons. Species like the ochtakon mitigate food being wasted in this manner, as well as of course mitigate financial losses due to this behavior in restaurants and such. They also take advantage of their home-world's unique features to attract tourists. Tourists who will buy, and eventually discard the partially eaten remains of food that than end up being eaten by the ochtakon.

This planet's home galaxy is ***not*** int the main game. Here is the "code" for it:

Quasar "Medovia"

{

Type    "Irr"     // the Hubble type

RA       9999999999999999999999999999999999999999999 // right ascension

Dec      9999999999999999999999999999999999999999999 // declination

Dist     999999999 // distance from the Sun

Radius  52864   // radius

AbsMagn -21.5    // absolute magnitude

Quat    ( 0.9269889 0.2641924 0.03661448 0.2637298 )  // orientation quaternion

}
Kauana

## Kauana's information

Like Everthia, this planet is a temperate marine superearth that has been discovered to have a moderately advanced civilization. The planet has been discovered to have 11 moons around it, but only two major moons. The greenhouse's effective temperature is around 113.22 kelvin. The air/average temperature of the planet is 264.28 kelvin, with the exosphere's temperature being 1183.5 kelvin. The tidal heating is 1.4803\*10^11 watts. The atmospheric pressure on the planet is 40.7 ATM, with the atmospheric composition being oxygen, nitrogen, and carbon dioxide. There is not as much ocean as first expected on the planet, as the planet seems to be a lot drier than others of its general class and type. The gravity on the planet has been recorded at 1.8906 g, which is normal considering its mass.

The planet has an age of 10 billion years, making it 2 ½ times older than the Earth. The axial tilt of it is 42\*44’48.04", with the solar day being 11 hours, 11 minutes, and 6.46 seconds. The rotational period is around 11 hours, 10 minutes, and 49.29 seconds. The orbital period is 2.988 years. The semimajor axis of the planet is 2.06 AU, with the inclination being 1\*36’23.58". The Roche limit for satellites is 9191 miles, and the influence sphere is estimated to be around 3,000,000 miles, or, for a more precise calculation, 2786954 miles. The orbital resonances are 3:1 or 4. The orbital velocity of the planet is 45926.15 miles per hour. The mean longitude is 496\*28’57.75", and the longitude of the pericenter is 303\*57’56.88. The mean anomaly is 192\*31’00.87", with the argument of pericenter being 33\*18’59.77". The ascending mode is -30\*21’02.89". The mass of the planet is 3.7894 M⨁, or 2.2631\*10^25 kilograms.

The density of the earth is 7.3627 grams per cubic centimeter. The polar diameter is 11122.72 miles, with the equatorial diameter being 11252.78 miles. The mean diameter is 11209 miles. The isolation of the planet is 0.18834, or 1/5.3094. The planet has an earthlike similarity of 0.863. Gravity: the gravity on the equator is 18.217 meters per second, with the gravity on the poles being 18.83 meters per second. The atmospheric height of the planet is 21.73 miles, with the tropopause height being 42160.10 feet. The air density is 51.272 kilograms per square meter. The speed of sound on the planet is 732.35 miles per hour. The exosphere's temperature is 1183.5 kelvin, with the average molar mass being 28.529. The full atmospheric composition is nitrogen, with it making up 80.3% of the atmosphere, and oxygen coming in second at 18.2%, which seems small but has a mass 7 times that of the Earth’s atmosphere. Carbon dioxide comes in second with 1.27% of the atmosphere, and water is 0.151%.

### Moons

 Classification
 Mass
 Diameter
 Average temperature

(*Contributed material goes here*)
Federlack

## General information

Orbiting a dim brown dwarf, Federlack is a frigid lacustrine aquaria located inside of the Andar galaxy that was discovered on December 28th, 2026. The planet is less than ½ the mass of the Earth, and there are several seas and lakes dotted across its surface. The planet is the third away from its parent "star" and has an orbital period of 8 days; its system is on the smaller end. Both the oceans and the atmosphere are comprised of N2. The world is also tidally locked and is the last in the system that has any lighting, as all the worlds past it are pitch black. The average temperature here on this planet hovers around 80 kelvin. The planet has an age of 4 billion years and an ESI of 0.308. The greenhouse effect on this planet is 14 kelvin.

### Tocus Proximus

Tocus Proximus is the trade capital of the planet and the local region of the Andar galaxy. The city has a population of 600 million and is the only significant city on the planet. It has claimed the entirety of the planet and occasionally patrols smaller settlements downstream and upstream of it. It sits on a massive ore deposit and uses it as economic leverage against other city-states and nations in the star system. The city operates as a theocracy, is colonial in nature, is excellent at making canals, and has terraformed the wasteland around it. The ore deposit they sit upon is made of precious minerals and lithium. They are also a tech hub.
Kayle’s Galaxy

(*I will use this galaxy along side another galaxy in the future soon.* *I will have atleast one planet article out by the end of this week.*)

## Discovery information

### Discovery Date

Kayle Orbez (1811)Cataloged by ISC (1986)

## Galactic properties

### Notable features

Almost exact resemblance to the Milky Way

## Kayle's Galaxy's information

This is a SBb type galaxy that was discovered in the 1810s and then later cataloged by the Intergalactic Standardized Catalog in 1986. The galaxy has a diameter of 326.16 kilo light years, with the estimated diameter being 350 kilo light years. The luminosity of the galaxy is 1.7059\*10^11, with the amount of stars in this galaxy being estimated to be around ~4.7 trillion. The number of clusters in this galaxy is 46,362, 3,328 globular clusters, and 43,034 open clusters. The number of nebulae in this galaxy is 13,601. This galaxy was discovered by Kayle Orbez in 1811 and he noted that the galaxy seems to look like the Milky way galaxy though larger. This galaxy was not written about until the 1980s when it was listed as part of the ISC in 1986. The galaxy was re-observed with it being discovered to have many of the same features of the milky way galaxy. Some observations of this galaxy were used to contribute to a hypothetical up oriented map of the milky way. This galaxy is viewed from the side though the Earth can see a little of the top.

The galaxy was nicknamed the “Milky Way’s twin” in an Astronomy News article published in 2020. Surveys of the galaxy’s objects first started in 1987 with life being discovered in the galaxy in that same year. The central black hole of the galaxy has a mass of 1.6601\*10^8 M⨀, with the central black hole being part of a 25x multiple star system. The luminosity of the central black hole is 7.0758\*10^7, with the system diameter of 0.51 light years. The central cluster of the galaxy has a diameter of 94.14 light years, with the amount of stars in that cluster being 27,010. The luminosity of the cluster is 56,166. The age of the cluster’s modern form has an age of 128.826 million years. The distance of this galaxy from the Earth is 22.84 galactic light years, a far galaxy. The apparent magnitude of the galaxy from the Earth is 20.94, with the apparent size of the galaxy being 0\*00’02.94”. The absolute magnitude of the galaxy from the Earth is -23.24. The galaxy is part of the Phoenix constellation.

### Satellites

This galaxy does not appear to have any major satellite galaxies., though it does have 3 minor satellite galaxies, like normal, they are irregular/elliptical galaxies.

## Discovered Places

All the planets that have been discovered in this galaxy including nebulae, stars, etc are put in this section.

#### Discovered Planets

* Algordora
* Ceuryallius and Ceranciulium
* Mohas
* Bahel
* Calaina
* Ðæzia
* Yyyalax
* Eearlia
* Mehalodark
* Hillion
* Frometheus
* Golarpunkia
* Heargaly
* Ieaseraptua and Iearusiully
AHL-4

Name in game: RS 0-0-0-1583-28802-0-0-8 A

Discoverer: Minhkhifg

SE version: 0.980

Spectrum : M6.4Iab

Diameter: 91.8 AU

Mass: 300 M solar

Luminosity: 103900

Semimajor axis: 6.5 AU

Age: 1.884 Million years

Temperature: 2326.9 C

Information:

AHL-4 is the first star of utopia with a diameter of 91.8 AU, making it the 2nd largest star to date.
DRDIS - 2025 - 11 - 6 - 04

DR - 2025 - 11 - 6 - 04 from DR - 2025 - 11 - 6 - 04/1

DRDIS - 2025 - 11 - 6 - 04 was the 5th now 4th planet of the DRDIS - 2025 - 11 - 6 - 00 System. The planet was discovered on November 6th, 2025, and was noted for one of the few planets that had their name changed due to a physical change in their system. The renaming happened on April 20th, 2026 after the 1st planet in the system fell into its parent star, thus moving all the exoplanet's position numbers down.
GKH-4

Name in game: RS 0-6-115262-536-3588-7-1050311-12 4

Discoverer: Minhkhifg

SE version: 0.980

Class: Marine Terra

Diameter: 13098.93 km

Mass: 1.212 M⨁

ESI: 0.885

Semimajor axis: 0.86 AU

Orbital period: 302.982 days

Solar days: 14h 56m 04s

Age: 8.458×10⁹ years

Gravity: 1.1494 g

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

Atmo pressure: 1.2 atm

Temperature: -25.602 ℃

Moons: 9 (1 large moon)

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

Colony: Minhkhifg communist state

Population: 8.2×10⁹

Information:

This planet is a colony of Minhkhifg. and has a very high level of development due to many industrial zones and many farms.

Map: