recursal/Fanatic-Fandom huggingface dataset:
Neptune

Universe → Pisces–Cetus Supercluster Complex → Laniakea Supercluster → Virgo Supercluster → Local Group → Milky Way Galaxy → Orion-Cygnus Arm → Gould Belt → Local Bubble → Local Interstellar Cloud → Solar System → **Neptune**

## Atmosphere

### Composition

80%±3.2% hydrogen19%±3.2% helium 1.5%±0.5% methane~0.019% hydrogen deuteride~0.00015% ethane

Neptune is the eighth planet from the Sun and the farthest known planet. It smallest gas giant in our Solar System by volume and radius.

Much like how Jupiter affects the Asteroid belt with its gravity, Neptune's orbit has a profound effect on the Kuiper belt extending beyond the orbit of the planet. Gaps in the Kuiper belt's structure are present due to Neptune's dominating gravity.

Neptune has 14 moons.

## Properties

Similar to Uranus, Neptune has a very dark and faint ring system. Neptune's ring system consists of five narrow rings. Unique to it, Neptune's ring system has "arcs"—regions of Neptune's outermost ring that are much brighter than other regions of the system.
FANDOMverse

File:FANDOMverse.jpg  Introduction

The ***FANDOMverse*** is an extremly enormous verse that contains all existent Wikiverses. The contained Wikiverses are very different, and their sizes varies a lot. But no one of those can contain the FANDOMverse, no matter how big they are. The FANDOMverse is soo big, its no longer fictional, and its a real verse.

Size

Beyond all Wikiverses that exists.

EUSI (Extended Universe Size Index)

Beyond this concept.

Finality Index

Beyond this concept.

FOEI (Fraction Of Everything Index)

Beyond this concept.

Dimensionality

Beyond this concept.

Karshadev Scale

Impossible to know.

Temeprature

Varies.

Class

Beyond this concept.

Life Percentage

Impossible to know.

Shape

See image.

Density (Void Percentage)

2%

Wiki's that the FANDOMverse contains:

Learningblocks Wiki (the most farthest wikiverse from our wikiverse and it wont change)
Reality

The concept of **Reality** is the state or quality of being real,essentially all of the existence.

## In terms of Universe's, Multiverse's etc.

A great example for reality as we understand would be Universe (ours), which is theorized to exist with 3 spatial dimensions, and 1 time dimension. One of the theories for a Multiverse is one in which we exist in a much bigger space with 9 spatial dimensions. Another is that our Universe exists in a super-massive black hole slowly pulling us towards the center, and that Multiple realities exist across the event horizon.

Realium is essentially just another name for Reality.

## Reality vs. Existence

While the term 'Existence' can serve as an synonym for Reality for some, there are in fact some key differences between the two concepts. "Reality" serves as a type of existence in which things are described as "real", while anything not real still exists in some form, but not in the same way as anything part of reality, or at least from the perspective of those within that reality. In short, Reality is what is considered real, and existence is things both real and unreal. Whatever somehow transcends this dichotomy, could transcend existence itself. Beyond is believed to hold such incomprehensible concepts.
Archverse

An **Archverse** is a cosmological structure that is defined to be a large set of verses that are composed of Universes. Simply put, they are finite or infinite sets of smaller archverses. **Archverses** are nested within an infinite stack known as an Archverse chain within the Omniverse and fill every possible gap of reality in it. In some cosmology tiers, the start of the archverse chain is considered to be the Gigaverse, a finite or infinite set of Megaverse's, since it can be considered to be the start of -verses that start to lose any significant meaning. If the category of this definition of archverse is broadened to include the Universe, Multiverse, and Megaverse, then the -verses are known as **metric -verses** in the **metric -verse hierarchy**. In other cosmology tiers, there is no difference between metric -verses and archverses, and the terms can be used interchangeably. In that case, the lowest nested level of archverse is the Universe.

An arbitrarily large group of archverses within a larger archverse is known as an **Archverse cohort**, though the term Ultraverse is used when the archverses within it have an extremely high nested level and the term **-verse cohort** is generally used when said -verses within the archverse are metric -verses with designated names (e.g. universe cohort, multiverse cohort, megaverse cohort, etc.).

Archverses with a finite nested level (“index”) are often generalized to ordinal indices. This whole hierarchy of ordinal-indexed archverses is known as Soupcount. The ωth archverse is generally considered to be the “Omniverse” or “Small Omniverse”. This article will primarily focus on archverses of finite indices while the Soupcount article will focus more on infinite indices. The creatures can be found living in these verses can be found here.
Bribing Your Way To Freedom For Dummies: A Short Primer on the Court Systems of Bral

Bribing Your Way To Freedom For Dummies: A Short Primer on the Court Systems of Bral

* The Council of Forty is one of the highest constitutional bodies of the Most Serene Republic of Bral, with both legal and political functions as the supreme judicial chamber.
* Early in the history of Cozar's pirate state on Bral, the pirate lord convened a council of captains in his fleet, which then numbered forty. Over time, their meetings evolved into a quasi-judicial function, which was encoded formally into law with the abdication of the monarchy and the ratification of the Republic's constitution.
* The Council hears all felony offenses, and the accused has the right to request a barrister to stand in their defense, although they must be able to pay the generous fees private barristers demand. Conviction for minor felonies carries a sentence of hard labor on the underside of the Rock, while serious offenses are generally punished by public execution.
* Individual law enforcement and military leaders are empowered to enforce punishment for petty offenses.
* Cases at both levels are rarer than one would expect, however, given Bral's rough-and-tumble reputation. Bral is notorious for a culture of community law enforcement through vigilantism. Anyone who kills a respected Bralian is more likely to be found floating dead out along the Rock's gravity plane than they are to ever be meted out punishment by a government official.
* For petty crimes, bribery is often the tidiest solution. While Bral has no formal system of fines, bribery is so rampant that it may as well be law.
* It can often be difficult for worried family and friends to determine if an arrested individual is facing a serious or petty crime. Law enforcers on Bral have no duty to inform criminals of their offenses until they are either standing trial or punished. Generally, detainment at a sheriff's office or customs house means a petty offense, while detainment in the Donjon Depths generally means the offender is facing a felony charge.
* "If they're in the Donjon, that means they're gone" is a common refrain in the criminal underworld. Once someone is imprisoned there, they generally don't get out. Rumors persist, however, of several secret tunnels into the Donjon Depths. Knowledgable individuals might know more. But busting out someone imprisoned there is very risky - no one's ever done it before successfully.
The Moon

The Moon is a Moon of Earth. It orbits around our planet. The Moon is also called Luna. The distance between the Moon and the Earth is about 300,000km. Meaning it takes light about 1,3 seconds to reach the Moon from the Earth. A small amount of people have travelled to the Moon, but no one travels there anymore ; yet to be found out why. The Moon is made out of stone and rocks. There are many craters on the Moon, because of comets, meteorites and asteroids. The Earth has 1 moon only, though it has been theorised that Earth had 2 moons, where the other one got destroyed about 4 billion years ago. The second Moon was called Thea. Or Thea was just a planet that collided with Earth, creating the Moon. The Moon orbits around the Earth every month. That's why the word month comes from "Moon".

 File:The Moon.jpg
North Quadrant

The North Quadrant is one of the four quadrants of the galaxy.

It contains:

* Pryzonis
* M2A3
* The Bralian Vassalages, including Bral, Ketra, Fortryzzii, Northrim IV, Stayaway, Hollowskull, Kelchormel, and many other star systems
* Mek Sekko
* Death's End
* Rinjor
* Celspace, including Carconis, Sataar, and many other star systems
* The astral dominion of Actilon
* The Parthenian Empire, including Parthenon, Phormaic, Sandsea, Bastil, Dat Tachton, and many other star systems
* Brynn's Hope
* Tyshilro
* Cagliari
* Caravanserai
* Starcastle Theta
* The Rib
* Mora Vila
* The North Rim Trail intersector trade route
* The Far North Route intersector trade route
* The Tyshilro Run intersector trade route
Mercury

**Mercury** is the first and smallest planet in the Solar System, the closest to the Sun, at a distance of 0.4 Astronomical units (AU) from it's host star and even though it is in this position, *it is not the hottest of the planets*. This is thanks to Venus's atmosphere, which uses the greenhouse effect to trap heat, increasing the temperature significantly, making Venus the hottest planet and Mercury the second hottest.

*This is juxtaposed to **Mercury**, as it has a very weak atmosphere*, being too hot and light to carry one properly. Because of this, it only has an exosphere, containing hydrogen, helium, oxygen, sodium, calcium, potassium and water vapor.The atmosphere of Mercury, which consists only of an exosphere, is not thick and heavy enough to trap heat. Because of this, the small planet gets very cold at night-time, at extremely low temperatures from -180 to -193 degrees Celsius, while simultaneously, it is the closest planet to the Sun, about 50 million km closer to the Sun, than the actual hottest planet, Venus.

Two spacecraft have visited Mercury: *Mariner 10* flew by in 1974 and 1975; and *MESSENGER*, launched in 2004, orbited Mercury over 4,000 times in four years before exhausting its fuel and crashing into the planet's surface on April 30, 2015. The *BepiColombo* spacecraft is planned to arrive at Mercury in 2025. Mercury is largely studied by the spacecraft MESSENGER and many data about the planet's origins, composition, surface etc. have been gathered by this spacecraft telescope. While Mercury is the smallest and least massive planet, it's also the second densest planet, with many characteristics and also, mysteries.

 File:Mercury.jpg
The Barrel

A wooden barrel, a primitive but effective analogy for the local monocosm.

**The Barrel** is the collective name for the local Monocosm containing the basic Omniversal Cosmology.

Its known contents include one Omniverse, three Godverses (one for Creator, one for Destroyer and one for Hyperman known as the Beyond Realm) and the Outside.
Programme anti-discrimination

### Texte

Défaussez les 2 premières cartes Fatalité de votre pioche. Vous pouvez jouer un Héros depuis votre défausse de cartes Fatalité.Vous pouvez payer 1 jeton Pouvoir pour effectuer cette action une seconde fois.

**Programme Anti-Discrimination** est un Evénement parmi les cartes Méchant de Bellwether.

## Règles

* Le jeton Pouvoir supplémentaire que vous pouvez payer n'est concerné ni par Jesse, ni par Nick Wilde.
* Payer le jeton Pouvoir supplémentaire ne vous fait pas rejouer le carte. Il vous permet simplement de déclencher jusqu'à deux fois la capacité de la carte.
* Il n'est pas possible de payer des jetons supplémentaires pour effectuer la capacité de la carte plus de deux fois.

## Clarifications

* Cette carte vous permet de jouer n'importe quel Héros depuis votre défausse de cartes Fatalité, et pas seulement un de ceux qui viennent d'être défaussés grâce à cette carte.
* En payant le jeton Pouvoir supplémentaire, vous pourrez répéter aussi bien la partie de défausse que la partie qui vous permet de jouer un Héros, et pas seulement la partie qui vous permet de jouer le Héros.
* A chaque fois que l'effet de la carte est utilisé, défausser les deux cartes est obligatoire tandis que jouer un Héros est facultatif.

## Commentaire du Créateur

*"Dans l'ancienne version de Bellwether, trois cartes lui permettaient de manipuler sa pioche de cartes Fatalité. La première était une variante plutôt inutile de Faites-leur peur ! du Capitaine Crochet, dans la mesure où les cartes Fatalité de Bellwether ne contenaient pas de Héros comme Peter Pan. Cette carte a été complètement retirée. La deuxième était la même carte que Petit Secret de Scar, tandis que la troisième était la même que Soyez Prêtes !, toujours de Scar. Après avoir d'abord tenté de garder ces deux dernières cartes telles quelles, elles prenaient finalement trop de place dans le deck. Je les ai alors combinées en une seule et même carte pouvant être utilisée une seconde fois en payant un jeton Pouvoir supplémentaire, ce qui a aussi permi de rééquilibrer un peu le jeu."*

 **Cartes de Méchant**
*5 Exemplaires :* Hurleurs Nocturnes
*3 Exemplaires :* Je pense aux gros titres ! • Cible Vérrouillée • **Programme anti-discrimination**
*2 Exemplaires :* Mouton Officier • Je prends les choses en main • Attrapez-les ! • La peur, ça marche toujours • Sous-éstimée
 **Cartes Fatalité**
*2 Exemplaires :* Stylo carotte • Tchou Tchou de victoire
 **Vilains par FailureFactory**
Le Seigneur des Ténèbres • Madame Médusa • Bill Crypto • Shan Yu • Mother Brain • Miss Finster • Molluck • Bellwether • Gaston • Lady Tremaine • The Spanish Inquisition • M. Monopoly
Metaverse

The **metaverse** is the simulated reality in which every multiverse is hosted. It contains around 10^10^10^10^100 (a googoltriplex) multiverses, collectively representing all combinations of arrangements of alternate universes.

## About

The Metaverse is a collective virtual shared space, created by the convergence of virtually enhanced physical reality and physically persistent virtual space, including the sum of all virtual worlds, augmented reality, and the internet. The word *metaverse* is a portmanteau of the prefix "meta" (meaning "beyond") and "universe" and is typically used to describe the concept of a future iteration of the internet, made up of persistent, shared, 3D virtual spaces linked into a perceived virtual universe.

The term was coined in Neal Stephenson's 1992 science fiction novel *Snow Crash*, where humans, as avatars, interact with each other and software agents, in a 3D space that uses the metaphor of the real world. Stephenson used the term to describe a virtual reality-based successor to the Internet. Concepts similar to the Metaverse have appeared under a variety of names in the cyberpunk genre of fiction as far back as 1981 in the novella *True Names*. Stephenson stated in the afterword to *Snow Crash* that after finishing the novel he learned about *Habitat*, an early MMORPG which resembled the Metaverse.

## Formation

### Our Metaverse

This is a rare case where some multiverses come before the metaverse, after the 2 multiverses clashed to make our multiverse, the fragments spread out in a sphere. Then a type 5.0 made a multiversal Technological singularity, this singularity left it's people to starve, instead to copy the multiverse and fragments, afterwards it took the most outward multiverses and built giant walls made from yoctobots, then it claimed that this was a metaverse and he was our god.

### Most Metaverses

A multiverse expands, but when it hits a point, the distance is unreal in a real sense, the distance is fake, or virtual. This is a Meltiverse, after hitting another point, the universes inside it are so big that they can have universes inside of them, if this is true for 1 of the universes, the Meltiverse is a MetaMultiverse, if more than 1, it is a Metaverse. Please note that a Meltiverse and MetaMultiverse are just classes of Multiverse. This is true for 76% of Metaverses

### Rare Metaverses

Pure Metaverse (Pureverse): Nothing is real, all is virtual. Types: Binary, Trinary, Quadrnary, etc.

Slightly Virtual Metaverse (SVverse): Everything inside is real besides 1 universe.

Xetaverse: Type of Metaverse like the Xenoverse, but not all data in deleted.

XenoMetaverse: Has 1 Metaverse inside it, but 2 are needed to be an Xenoverse.

Metalverse: 1% of Metaverses, The virtual parts are simulated by a real machine, these are rare as if the machine dies, the Metalverse does to.

BiMetaverse, TriMetaverse, QuadrMetaverse, Etc.: # Amount of Metaverses are Fusing.
Galaxy filament

## *Introduction*

A ***galaxy filament***, also known as a ***galaxy wall***, **supercluster complex** or **hypercluster**, is a huge cosmological structure. Filaments consist of gravitationally-bound galaxies; parts where a large number of galaxies are very close to each other are called superclusters. Discoveries about "hyperclusters" (clusters of superclusters) started in the 1980s.

## *Formation*

In the standard model of the evolution of the universe, galactic filaments form along and follow web-like strings of dark matter. It is thought that this dark matter dictates the structure of the Universe on the grandest of scales. Dark matter gravitationally attracts baryonic matter, and it is this "normal" matter that astronomers see forming long, thin walls of super-galactic clusters.

 File:Galaxy filament.jpg
F(x, y) where x and y are Universes

There are Universes in our Multiverse, in our Omniverse, and so on. So far so good, but what if we want to describe a collision between verses. How do we do that?

## Step 1: Define a function

We will define a function, *c(x, y)*. This function will take in two verses, x any y, and output the verse that would result if those verses collided. We have got our function down, what do we do next? Next, we must define a numeric way of representing a verse? How do we do that?

## Step 2: Numerically writing verses

How will we write our Universes numerically? What we can do is something clever. We will write a matrix. Every row is a different force, and every column is where the force takes you. A force should be thought of as a vector like this: [x, y, z]. These are the coordinates the object will go to if the force is applied on the object. If n forces are applied on an object, just add the vectors. The more columns a verse has, the more dimensions it has.

## Step 3: Define the function

The function, *c(x, y)* is now ready to be defined. To define the function, you just add the matrices. There are some things that need to be worth mentioning.

* Any cell position that is not in the other matrix will be added into the new matrix
* To complete the rectangle, the extra cells with be numbered with zeros, of course

## Confession

This function only shows how the verse behaves. A more well defined function would contain the size of the output as another matrix. But hey, Universes come in all different shapes and sizes. So the size of the verse is only useful in very particular cases, of course.
Solar System (ours)

Universe → Pisces-Cetus Supercluster Complex → Laniakea Supercluster → Virgo Supercluster → Local Group → Milky Way Galaxy → Orion-Cygnus Arm → Gould Belt → Local Bubble → Local Interstellar Cloud → Solar System

Our **Solar System** is a gravitationally bound system that comprises of the Sun, eight known planets, millions of minor planets, trillions of comets, and every thing else that orbits or composes any of the bodies.
Earth (my version)

**Earth** is the third planet from the Sun and the only astronomical object known to harbor life. While large volumes of water can be found throughout the Solar System, only Earth sustains liquid surface water. About 71% of Earth's surface is made up of the ocean, dwarfing Earth's polar ice, lakes, and rivers. The remaining 29% of Earth's surface is land, consisting of continents and islands. Earth's surface layer is formed of several slowly moving tectonic plates, interacting to produce mountain ranges, volcanoes, and earthquakes. Earth's liquid outer core generates the magnetic field that shapes Earth's magnetosphere, deflecting destructive solar winds.

Earth's atmosphere consists mostly of nitrogen and oxygen. More solar energy is received by tropical regions than polar regions and is redistributed by atmospheric and ocean circulation. Water vapor is widely present in the atmosphere and forms clouds that cover most of the planet. Greenhouse gases in the atmosphere like carbon dioxide (CO2) trap a part of the energy from the Sun close to the surface. A region's climate is governed by latitude, but also by elevation and proximity to moderating oceans. Severe weather, such as tropical cyclones, thunderstorms, and heatwaves, occurs in most areas and greatly impacts life.

Earth is an ellipsoid with a circumference of about 40,000 km. It is the densest planet in the Solar System. Of the four rocky planets, it is the largest and most massive. Earth is about eight light minutes away from the Sun and orbits it, taking a year (about 365.25 days) to complete one revolution. Earth rotates around its own axis in slightly less than a day (in about 23 hours and 56 minutes). Earth's axis of rotation is tilted with respect to the perpendicular to its orbital plane around the Sun, producing seasons. Earth is orbited by one permanent natural satellite, the Moon, which orbits Earth at 380,000 km (1.3 light seconds) and is roughly a quarter as wide as Earth. The Moon always faces the Earth with the same side through tidal locking and causes tides, stabilizes Earth's axis, and gradually slows its rotation.

Earth formed over 4.5 billion years ago. During the first billion years of Earth's history, the ocean formed and then life developed within it. Life spread globally and began to affect Earth's atmosphere and surface, leading to Earth's Great Oxidation Event two billion years ago. Humans emerged 300,000 years ago, and have reached a population of almost 8 billion today. Humans depend on Earth's biosphere and natural resources for their survival, but have increasingly impacted Earth's environment. Today, humanity's impact on Earth's climate, soils, waters, and ecosystems is unsustainable, threatening people's lives and causing widespread extinction of other life.

 File:Earth my version.jpg
Point

A **point** is a position, with a size equal to 0. This does not mean an entire region however. It is defined by Euclid as "that which has no part", which is an apt description - a point has no height, width, depth, or any other measure in any other dimension.

Furthermore, a point can also be thought of as a 'dimensionless' coordinate, meaning a coordinate without a definite numerical or algebraic value.

It is also the only zero dimensional shape, and any zero-dimensional space consists of a single point and nothing else. This means that it can be considered as a zero-dimensional space of infinite extent, in analogue with the plane.

A line can be thought of as consisting of an uncountably infinite amount of points placed directly adjacent to each other in the same direction.

Likewise, a plane can be thought of as consisting of an infinite amount of parallel lines that are infinitely close.

The point represents the idea of unity in many religions and ethnic groups.

## Structure and Sections

### Hypervolumes

* vertex count =

1

{\displaystyle 1}

### Subfacets

* 1 null polytope (-1D)
* 1 point (0D)

## Notations

* Toratopic notation:

.

{\displaystyle .}
* Tapertopic notation: 0

## Related shapes

* Dual: Self-dual
* Vertex figure: Null polytope
Verse

A **verse** (or **-verse**) is a collection of interacting objects, typically the totality of all interacting objects under some scope and that form a structure. They are usually composed by several common types of things like dimensions, usually spacial and/or temporal, inside which matter and energy can exist and which have their interactions ruled by some laws of physics. These things are called the verse components.

Verses can contain smaller verses, and they can also be contained by larger verses. Verses that contain smaller verses usually have those instead of clusters of matter but it is also possible for them to have both things inside them.

Depending on how interaction is considered, verses can be found over a large scale. Universes are the smallest, consisting only of connected patches of spacetime, and these make up Multiverses, which are all possible universes under some constraints, and so on, more generally, up to Omniverses and beyond.
Big Freeze

**Big Freeze** is one of the possible scenarios for the destruction of an universe. This only happens in the universes with open-ended topologies that aren't curved in a 4-dimensional multiverse.

Much time later, the expansion seems to neither accelerate or decelerate, as the universe keeps expanding at a steady rate. Eventually, the temperature goes down as the density of the concentration of galaxies also goes down. At the temperature close to zero, things dissolve into subatomic particles.

This is only the scenario which doesn't lead to new gravitational singularities.
Hypercosmology

**Hypercosmology** is a field of science fiction including speculations about objects exceeding the boundaries of humanity's local universe. Verses are observed in hypercosmology, a component composing the majority of containment hierarchies, head-canons, and standalone articles written on collaborative resources discussing the field.

Sources of information about hypercosmology exist on wikis such as the Dylans Space Images Folder wiki and Verse and Dimensions.

## Concepts

### Verse

*Main article: Verse*

A verse (i.e. Metaverse) is a spatial container with laws and a defined region, sometimes infinite or beyond infinite. Generally, verses contain the Universe directly or indirectly, although exceptions exist.

### Containment hierarchies

*Main article: Containment*

A containment hierarchy is a concept in hypercosmology describing a chain of successive containing bodies, initializing from the universe or another object. In some cases, a central hierarchy of a wiki has a length of hundreds or more articles.

Examples of containment hierarchies on Dylan's Space Images are listed under List of hierarchical articles.

Since containment doesn't strictly follow a linear shape, alternative methods of expression exist, such as the Dylan's Space Images Nexus.

### Hypocosmology

Hypocosmology is a related topic to hpercosmology referring to fictional objects below elementary particles. Hypocosmology and hypercosmology are typically linked in one community, although hypocosmology has less dedicated attention than hypercosmology.

Objects observed in hypocosmology include objects of negative size, hyper-elementary particles, negative cardinalities of properties, and experimentation of other logical properties.

## History

Verses have made appearances in creative works and speculations since 1895, when William James coined the term "multiverse" to refer to a collection of universes. Carykh later released a video titled The Scale Past the Universe, causing Wonderfulandcaringguy to found the Dylan's Space Images Folder wiki in early 2022.

Various forks of Dylan's Space Images would be pioneered since 2016 for varying reasons, such as *Verse and Dimensions*, *Beyond Totality*, and *Ultimas Cosmology*. Relevant communities would gain more attention in 2018 and the years following, with a recession in activity forming over 2021 and parts of 2022.
Dwarf planet

A dwarf planet is a planetary-mass object that does not dominate its region of space (as a planet does) and is not a satellite. That is, it is in direct orbit of the Sun and is massive enough to be plastic – for its gravity to maintain it in a hydrostatically equilibrious shape (usually a spheroid) – but has not cleared the neighborhood of its orbit of similar objects. The prototype dwarf planet is Pluto. The interest of dwarf planets to planetary geologists is that, being possibly differentiated and geologically active bodies, they may display planetary geology, an expectation borne out by the 2015 New Horizons mission to Pluto. The number of dwarf planets in the Solar System is unknown. This is because determining whether a body is in hydrostatic equilibrium requires close observation by spacecraft. The half-dozen largest candidates have either been visited by spacecraft (Pluto and Ceres) or have at least one known moon (Pluto, Eris, Haumea, Makemake, Gonggong, Quaoar), which allows their masses and thus an estimate of their densities to be determined. Mass and density in turn can be fit into models of hydrostatic equilibrium.

The term dwarf planet was coined by planetary scientist Alan Stern as part of a three-way categorization of planetary-mass objects in the Solar System: classical planets (the big eight), dwarf planets and satellite planets. Dwarf planets were thus conceived of as a category of planet, as the name suggests. However, in 2006 the term was adopted by the International Astronomical Union (IAU) as a category of sub-planetary objects, part of a three-way recategorization of bodies orbiting the Sun. The decision had been precipitated by the discovery of Eris, an object farther away from the Sun than Neptune that was more massive than Pluto but still much smaller than the classical planets, after discoveries of a number of other objects that rivaled Pluto in size had forced a reconsideration of what Pluto was. Thus Stern and many other planetary geologists distinguish dwarf planets from classical planets, but since 2006 the IAU and the majority of astronomers have excluded bodies such as Eris and Pluto from the roster of planets altogether.
Mars

Mars is the 4th planet from the sun. It is known as the "red planet" because it appears red from the outside. Mars only has about a third of Earth's gravity, 38 percent to be exact, and it has two small moons, Phobos and Deimos. **Mars** is the the second-smallest planet in the Solar System, being larger than only Mercury. In English, Mars carries the name of the Roman god of war and is often referred to as the "**Red Planet**". The latter refers to the effect of the iron oxide prevalent on Mars's surface, which gives it a reddish appearance distinctive among the astronomical bodies visible to the naked eye. Mars can easily be seen from Earth with the naked eye, as can its reddish coloring. Its apparent magnitude reaches −2.94, which is surpassed only by Venus, the Moon and the Sun. Optical ground-based telescopes are typically limited to resolving features about 300 kilometers (190 miles) across when Earth and Mars are closest because of Earth's atmosphere.

Mars is approximately half the diameter of Earth, with a surface area only slightly less than the total area of Earth's dry land. Mars is less dense than Earth, having about 15% of Earth's volume and 11% of Earth's mass, resulting in about 38% of Earth's surface gravity. The red-orange appearance of the Martian surface is caused by iron(III) oxide, or rust. It can look like butterscotch; other common surface colors include golden, brown, tan, and greenish, depending on the minerals present.

Water has been proven to exist on Mars, on the poles, under rocks, on the surface and on the sub-surface of the dusty red planet. Potential microbes can exist on Mars. NASA claimed that mars has fossils possible bacteria-like microbes. Similar findings have been found on the surface of Mercury and on the surface of the Moon.

 File:Mars.jpg
Stephenson 2-18

Stephenson 2-18, also known as RSGC2-18 and Stephenson 2 DFK 1, is a red supergiant stars in the Stephenson 2 supercluster, in the Scutum constellation, about 20.000 light years or 6,000 parsecs away and it is located near the Supermassive black hole, Sagittarius A. The star is extremely large, having a gigantic diameter of nearly 2150 times the diameter of the Sun, and it is probably approaching the potential largest size of Red Supergiant stars and probably is one of the largest stars in the Universe.

 File:Stephenson 2-18.jpg

 File:Size Comparison of Stephenson 2-18 and VY Canis Majoris.jpg
Gare Centrale de Savanna

La **Gare Centrale de Savanna** est le lieu le plus à gauche du Royaume de Bellwether.

## Actions

* Jouer une Carte | Fatalité
* Activer une capacité | Eliminer un Héros | Déplacer un Allié ou un Objet

 **Cartes de Méchant**
*5 Exemplaires :* Hurleurs Nocturnes
*3 Exemplaires :* Je pense aux gros titres ! • Cible Vérrouillée • Programme anti-discrimination
*2 Exemplaires :* Mouton Officier • Je prends les choses en main • Attrapez-les ! • La peur, ça marche toujours • Sous-éstimée
 **Cartes Fatalité**
*2 Exemplaires :* Stylo carotte • Tchou Tchou de victoire
 **Vilains par FailureFactory**
Le Seigneur des Ténèbres • Madame Médusa • Bill Crypto • Shan Yu • Mother Brain • Miss Finster • Molluck • Bellwether • Gaston • Lady Tremaine • The Spanish Inquisition • M. Monopoly
Hyperverse

The **Hyperverse** is the fifth and second to last Archverse. If we only count finite Archverses, the Hyperverse would be the last.

A Hyperverse is a collection of Xenoverses, randomly scattered around, except if the Xenoverse is unable to assume a random position in space and is dependant upon another Xenoverse or else. In the picture to the right, one can see scarcely and visually pleasing case, where the chaotic order of the Xenoverses just happened to appear orderly.

Hyperverses can be found absolutely anywhere in the Omniverse, they are very abundant and will often be found in totally unexpected places where they shouldn't even really be in the first place. It is very easy to create a Hyperverse, and civilizations that control large masses of verses may put in special measurements to stop any Hyperverses from producing in unwanted places.

All official Archverses are capable of creating their inferior Archverse just by themselves, all that is required is some chaos, and verse surfaces mixed with law manipulation do all the work. However, any finite Archverse beyond the Hyperverse is, in ~99% of cases, either a very rare occurrence or artificial.

 File:Hyperverse.jpg
Omniverse (universe sandbox)

The **omniverse** is a hypothetical group of multiple multiverses. Together, these multiverses comprise everything that exists: the entirety of space, time, matter, energy, information, and the physical laws and constants that describe them. The different multiverses within the omniverse are called "parallel multiverses", "other multiverses", "alternate multiverses", or "many worlds".

 File:Omniverse Universe sandbox.jpg
Maintenance de routine

### Texte

Tous les lieux gagnent l'action : Gagner 1 jeton pouvoir.Sur le Pont, le coût des Evénements est réduit de 1.

**Maintenance de routine** est une Directive parmi les Cartes Directive d'AUTO.

 **Cartes de Méchant**
*10 Exemplaires :* SECUR-T
*3 Exemplaires :* Coup de Taser
*2 Exemplaires :* On ne Peut pas Rentrer sur Terre • Contrôle • Froid • À babord toute ! • Protocole d'urgence • J'Obéis aux Ordres
 **Cartes Fatalité**
*2 Exemplaires :* Rayon tracteur • Extincteur
 **Cartes Directive**
 **Mécaniques spécifiques**
 **Vilains créés par Swalot**
Edgar • AUTO • M. Burns • Clive • Mom • Maestro Forte • Zéro • Chipeur • Yubaba • Clockwerk • Sideshow Bob • Isabella • Dame Eboshi • Norman Bates • L'Iceberg • Mme. Tweedy • Joseph • M. Monopoly • Léon Prunelle • Monstro • Manfred von Karma • Madame Suliman • Flippy • Le Hollywood Tower Hotel
Galaxy supercluster

**Superclusters** are clusters of clusters. In *other words*, large groups of smaller galaxy groups.

They're one of the *largest structures of our universe*, as well as other universes of similiar structure to ours.

**Superclusters** outside of universes are the same, but aren't limited to *only* containing cluster of galaxies. **Superclusters** containing verses in larger verses are common.

After **Superclusters** come Megaclusters, Gigaclusters, Teraclusters, Petaclusters, Exaclusters, Zettaclusters and Yottaclusters.

 File:Supercluster.jpg

Dimensionality: 3

Size: 110 - 910 million light-years
Saturn (my version)

**Saturn** is the sixth planet from the Sun and the second-largest in the Solar System, after Jupiter. It is a gas giant with an average radius of about nine and a half times that of Earth. It has only one-eighth the average density of Earth; however, with its larger volume, Saturn is over 95 times more massive.

Saturn's interior is most likely composed of a core of iron–nickel and rock (silicon and oxygen compounds). Its core is surrounded by a deep layer of metallic hydrogen, an intermediate layer of liquid hydrogen and liquid helium, and finally, a gaseous outer layer. Saturn has a pale yellow hue due to ammonia crystals in its upper atmosphere. An electrical current within the metallic hydrogen layer is thought to give rise to Saturn's planetary magnetic field, which is weaker than Earth's, but which has a magnetic moment 580 times that of Earth due to Saturn's larger size. Saturn's magnetic field strength is around one-twentieth of Jupiter's. The outer atmosphere is generally bland and lacking in contrast, although long-lived features can appear. Wind speeds on Saturn can reach 1,800 km/h (1,100 mph; 500 m/s), higher than on Jupiter but not as high as on Neptune.

The planet's most notable feature is its prominent ring system, which is composed mainly of ice particles, with a smaller amount of rocky debris and dust. At least 83 moons are known to orbit Saturn, of which 53 are officially named; this does not include the hundreds of moonlets in its rings. Titan, Saturn's largest moon and the second largest in the Solar System, is larger than the planet Mercury, although less massive, and is the only moon in the Solar System to have a substantial atmosphere.

 File:Saturn my version.jpg
Star

A **star** is a celestial body that is in hydrostatic equilibrium (in other words spherical under the force of gravity) and is undergoing or has underwent nuclear fusion. Many stars are surrounded by orbiting planets; the star-planet collection is called a star system. Some stars come in gravitationally bound groups of two or more; these are called multiple star systems.

A civilization that controls all of the available resources of a star, such as by surrounding it with a Dyson sphere, is called a Type 2.0 Civilization.

**Brown dwarf classes**: **Y** · **T** · **L** · **M**
**Wolf-Rayet and carbon star classes**: **S** · **C** · **W**
**Stellar remnant classes**: **D** · **N** · **Ω**
Spikkelvluchts ff/Winx saga - Een nieuw begin

## Inleiding:

Eigenlijk moest dit het Woodwalker-ding zijn, maar toen keek ik de serie, "Fate: The winx saga" en wou ik dit verhaal schrijven^^

### Achterflap:

Althal is een jonge Sneeuwfee - wat heel uitzonderlijk is, aangezien ze bij de Tweede feeënoorlog bijna allemaal stierven in de Slag om Ceranda, het Sneeuwrijk - die voor het eerst naar Alfea, de feeën- en specialistenschool gaat. Daar leert ze haar vermogens onder controle te houden, maar als er een derde oorlog dreigt, komen Althal en haar vriendinnnen in actie. Zal het ze lukken om de Magische Dimensie te redden, of zal alles vernietigt worden?
Dark Latex Wolf

The Dark Latex Wolf is a type of canine creature found in the Changed: Minecraft Mod game, characterized by above-average land speed but below-average swimming speed. When defeated, the Dark Latex Wolf drops Dark Latex Goo and sometimes a Dark Latex Mask. It is also one of the Gendered Variants in the game.

In order to spawn the Dark Latex Wolf, players must be in the Dark Latex Plains area. As a Transfur Variant, the Dark Latex Wolf is not particularly complex in terms of advantages and disadvantages, as it is simply faster on its native terrain. It has a 7.5% boost to ground speed and can move more quickly on Dark Latex-covered blocks, but suffers a 15% reduction in swim speed.
Amberoogs fanfictions/Elements/Fire

Hoihoi! Ik was dus ooit random een cover aan het maken omdat ik me verveelde, en nu heb ik dus een hele serie bedacht! Ik hoop dat jullie gaan genieten van dit verhaal (Ik moet trouwens nog superveel doen dus verwacht maar niet te veel)
Groetjes,

Amberoog

## Achterflap

In de wereld van de Elementen is alles rustig, maar dan duikt er een olifant op met bijzondere gaves. Zal Zally haar gave kunnen ontrafelen en zo de hele savanne redden?

## Hoofdstuk 1: Opdracht

Karel geeuwde.

Wat was het een mooie ochtend! De toekans vlogen vrolijk in het rond en alles was rustig. Hij voelde iets raars op zijn staart, en toen hij opkeek schrok hij zich een hoedje.

“Aaah! Mijn staart staat in brand!” riep hij zachtjes.

Hij blies snel het kleine vlammetje uit en keek opzij om te zien wat de oorzaak was van de kleine brand. Hij zag een norse leeuw voor zich staan.

“Morre! Waarom heb je dat gedaan?” vroeg Karel.

“Je bent te laat. We gaan nu naar de Elementgadering.” bromde Morre.

*Soms is mijn vader zo’n vreselijke brompot!. En dan ook nog eens mijn staart aansteken met ons Element, het vuur!* Karel krabbelde op en liep achter zijn vader aan.

Toen ze langs Zizzy, de moeder van Karel, liepen keek Zizzy op

“Hey Morre.” zei Zizzy verlegen. “Zullen we samen gaan jagen?”

“Nee.” snauwde Morre. “Heeft iedereen hier een geheugen van een goudvis? We gaan naar de Elementgadering.”

“Nou sorry hoor.” zei Zizzy zacht.

Morre bromde haar boos iets toe en liep verder met Karel achter zich aan. Karel draaide zijn kop naar zijn moeder en keek vol medelijden naar haar.

Morre spitste zijn oren. “Wacht even. Blijf hier en ga nergens naartoe.” zei hij en liep ergens naartoe.

*Ach, oke! Ik wacht wel even!* Karel ging op de grond zitten, maar toen kwam er een vraag in hem op. *Waar gaat hij dan naartoe?*

Karel luisterde of hij iets raars hoorde, maar hij hoorde alleen maar zijn vader zacht grommen: “Oke, dus, Sinne. Jij gaat ervoor zorgen dat de olifanten niet naar de Elementgadering gaan. En hoe je dat gaat doen, leg ik je nu uit. Jij gaat dus hun weg versperren met een tornado. Ze zullen alle kanten op gaan rennen, maar jij omsingelt hun met nog wat tornado’s. Zorg dat je die olifanten bezig blijft houden tot die idiote Elementgadering afgelopen is. Gesnopen?”

Sinne antwoordde met een sluwe stem: “Ja, meester. Maar….”

“Geen gemaar. Ren nu maar weg met je luipaardbenen en houd de oilifanten tegen! Niemand mag van de speciale olifant horen.” siste Morre.

“Maar… Ik mag mijn Element niet misbruiken.” zei Sinne wanhopig.

“Geen gemaar! Snap je de opdracht?!” riep Morre boos.

“Ja natuurlijk, meester.” fluisterde Sinne.

*Wat was dat nou? Ik heb eigenlijk geen zin om erover na te denken, dus ik ga nu wel slapen denk ik… Ik heb toch geen zin in die Elementgadering*. Dacht Karel en viel in slaap.
De Nederlandse Fanfiction Wiki

**Welkom op de De Nederlandse Fanfiction Wiki!**

*Nogmaals welkom!*

Hoihoi!

Je bent hier op *Nederlandse Fanfiction Wiki*!
Deze Wiki, is zoals de naam zegt, gericht op het schrijven van fanfictions! Deze Fanfictions mogen gaan over wat jij zelf wil, maar er mogen geen 18+ dingen in voorkomen! Komen er actiescènes zoals een inval, een oorlog, een overval of iets soortgelijks in voor **Dan zet je dit onder de naam van het hoofdstuk**. Voor meer toelichting hierbij, zie regels. Hieronder vind je de basisinfo terug en waar je die kan vinden!:

* De regels vind je bovenaan bij gebruikersportaal terug.

* De meeste bezochte artikels bij het kopje **Most visited articles** bij Belangrijkste inhoud.

* De beheerders vind je terug bij Gebruikersportaal.

Ik hoop dat deze omschrijving duidelijk was, ik zou zeggen, begin er maar aan!
Groetjes,
Saliepels, oprichter van de wiki.
List of APEs

A list of all current APEs in the wiki right now! All are organized by numerical designation.

**Category-01 (APEs 1-100)**

* APE-1 - Hidden
* APE-2 - UNAUTHORIZED ACCESS
* APE-3 - UNAUTHORIZED ACCESS
* APE-4 - UNAUTHORIZED ACCESS
* APE-5 - UNAUTHORIZED ACCESS
* APE-6 - UNAUTHORIZED ACCESS
* APE-7 - UNAUTHORIZED ACCESS
* APE-8 - UNAUTHORIZED ACCESS
* APE-9 - UNAUTHORIZED ACCESS
* APE-10 - UNAUTHORIZED ACCESS
* APE-11 - UNAUTHORIZED ACCESS
* APE-12 - Haughty Hatter
* APE-13 - UNAUTHORIZED ACCESS
* APE-14 - UNAUTHORIZED ACCESS
* APE-15 - UNAUTHORIZED ACCESS
* APE-16 - UNAUTHORIZED ACCESS
* APE-17 - A Friendly Dinosaur
* APE-18 - UNAUTHORIZED ACCESS
* APE-19 - UNAUTHORIZED ACCESS
* APE-20 - Colonial Jellyfish
* APE-21 - UNAUTHORIZED ACCESS
* APE-22 - UNAUTHORIZED ACCESS
* APE-23 - UNAUTHORIZED ACCESS
* APE-24 - UNAUTHORIZED ACCESS
* APE-25 - UNAUTHORIZED ACCESS
* APE-26 - UNAUTHORIZED ACCESS
* APE-27 - UNAUTHORIZED ACCESS
* APE-28 - UNAUTHORIZED ACCESS
* APE-29 - UNAUTHORIZED ACCESS
* APE-30 - UNAUTHORIZED ACCESS
Jupiter

**Jupite**r is the largest planet in the Solar System, first gas planet and is also separated from the rock planets via the asteroid belt and is the fifth planet away from the Sun, with a considerable gap between it and Mars. This kind of space between planets also appears between Saturn, Uranus and Neptune, as well as other dwarf planets, like Pluto or Eris.

Pioneer 10 was the first spacecraft to visit Jupiter, making its closest approach to the planet in December 1973; *Pioneer 10* identified plasma in Jupiter's magnetic field and also found that Jupiter's magnetic tail is nearly 800 million kilometers long, covering the entire distance to Saturn. Jupiter has been explored on a number of occasions by robotic spacecraft, beginning with the *Pioneer* and *Voyager* flyby missions from 1973 to 1979, and later by the *Galileo* orbiter, which arrived at Jupiter in 1995. In 2007, Jupiter was visited by the *New Horizons* probe, which used Jupiter's gravity to increase its speed and bend its trajectory en route to Pluto. The latest probe to visit the planet, *Juno*, entered orbit around Jupiter in July 2016. Future targets for exploration in the Jupiter system include the probable ice-covered liquid ocean of the moon Europa.

Jupiter is the third-brightest natural object in the Earth's night sky after the Moon and Venus. It has been observed since prehistoric times and is named after the Roman god Jupiter, the king of the gods, because of it's gigantic, enormous size. Jupiter's diameter is 11 times the diameter of Earth and this giant planet can fit 1.200 - 1.300 Earths inside it. With a mass 318 times that of Earth, Jupiter is (more than) 2,5 times more massive than all the planets of the Solar System combined in 1 gigantic mass. Yet, the mass of Jupiter is (just a little less than) 1% the mass of the Sun.

 File:Jupiter.jpg

 File:Atmosphere of Jupiter.jpg
Stare Teregost

> Artykuł opisujący miasto
> **Stare Teregost** znane również jako **martwe miasto**, oraz **pomnik przemocy Tyrana**. Niegdyś największy ośrodek handlu na południe od **Edenost** położone pomiędzy rzeką Morass, Lasem Edena a Knieją Bera. Było uznawane za nową, współczesną stolicę prowincji, łączącą w sobie dzikość natury i plemion Bera oraz cywilizację niesioną przez ludy północy. Znane ze swojej charakterystycznej architektury licznie ozdobionej elementami naturalistycznymi. Ludność miasta słynęła ze swojego połączenia z sferą natury i pokojowego i spokojnego podejścia do życia.
>
>

## Geografia

> Położone pomiędzy rzeką Morass, Lasem Edena a Knieją Bera miasto stanowiło naturalną ostoję handlową oraz
>
>