Absolutely tiny particles

⌬Absolutely Tiny Particles⌬

The Absolutely tiny Particles are a chain of majorly scaled down particles in Class 0. Measuring scale, ATU (Absolutely Tiny Unit), is equal to ${\frac {1}{\omega }}$ Heck diameters. In other words, size of particles start at straight down infinitesimal scale.

Also, ATSL (Absolutely Tiny Scale Level) is to differentiate some particles from their homonym.

And here is the chain:

Particle	Size	Description
Atom (ATSL)	1	⌬Particle info These atoms act like Repulsivematter. They repel practically every single thing that gets close to it. That means no force can push it, and the Absolutely tiny atoms aren't affected by gravity, radiation, or any particle at all. More about ATSL atoms...
Subatomic particle (ATSL)	${\frac {1}{173.15}}$	⌬Particle info ATSL Subatomic Particles are various kinds of small and fragile particles forming from collapses of protoverses. They are little tiny dangerous specs of dust that sometimes explode and damage nearby space. More about ATSL subatomic particles...
Elementary particle (ATSL)	${\frac {1}{1,205,637}}$	⌬Particle info Absolutely tiny elementary particles can be at all three states: quarks, leptons, and bosons (All ATSL). If the particle comes in contact with a force, it collapses into one state among the three. This is because the particles are so tiny that normal, inter-versal wide forces can penetrate the particle, changing the vibration, which causes the particle to have multiple states at once. More about ATSL elementary particles...
String (ATSL)	$\approx {\frac {1}{10^{3*10^{100}}}}$	⌬Particle info ATSL strings are WAY more fragile than every single Absolutely tiny elementary particles. They are raveled up in a skinny bundle in order to increase stability, but this does limit the string's vibration somewhat, reducing the number of possible particles. As a result of this, the only ATSL elementary particles are absolutely tiny electrons, up quarks, and down quarks. More about ATSL strings...
Uqraek fiber (ATSL)	${\frac {1}{10^{5^{6\uparrow \uparrow 3}}}}$	⌬Particle info ATSL Uqraek fiber is fiber so unfathomably small and unstable that it can not be tracked with any type of technology. Our Universe made entirely of absolutely tiny ATSL Uqraek fiber would almost instantly go into a state of "explosion" due to instability and the number of collisions between objects so small. It is too small to contain actual -verses, unlike the Uqraek fiber. More about ATSL Uqraek fiber...
Atomic fabric	${\frac {1}{10^{27}*\omega _{1}}}$	⌬Particle info This is the "thing" that makes up ATSLUqraek fiber. As it is so small, it is insanely unstable. Atomic fabrics do not have a naturally forming repulsive barrier. And due to its instability, it will violently explode into countless pieces of itself. Which can corrupt and destroy everything near it, even verses if it came to contact with. More about Atomic fabric...
Nonexistent particle	${\frac {1}{\omega _{\omega _{2}}^{CK}*\Gamma _{\epsilon 0}}}$	⌬Particle info Information about Nonexistent particles is strictly impossible to know. This is due to Nonexistent particles being strictly impossible to define, as much as its information. Like, how in the world is anything going to be able to represent "Nonexistent particle is a particle that is not a particle is a cloud and not a cloud of property and is strictly definable and undefinable, and it exists and does not exist"? Well... at least... its near regions are pretty interesting as hecc. More about Nonexistent particles...

⌬Absolutely Tinier Particles⌬

There are also a few particles even smaller than the ones describable with ATU, HATU, and AHATU. Particles of these sizes are near-building blocks of reality, reaching the lowest level of ℶ ordinals. They are lot smaller than ⎊ Null class (-1) ⎊ particles of Pre-Hierarchy, since below listed particles are measured in units that cannot :

Particle	Size	Description
Thingk	$NPSS\times H_{15}(2000\uparrow ^{215}74)$	۞Particle info Thingk is the only component for minuscule fabrics. Every fabric of reality can be broken down into one component particle: the Thingk. These specks of dust bind to each other and create every sort of fabric. Similar to ATSL strings, Thingk produces different fabrics by vibrating and arranging in various combinations. ۞Vibrations of Thingks The first vital property of thingk is vibration. Vibration for Thingk, like ATSL strings, creates all the visuals and properties of fabrics. Visual is determined by four different types of vibrations, while the property is determined by a certain range of Thingk vibration from 0 to max finity. ۞Visual LNB chart is a function describing the type of verse, with three variables: (Law, Nature, Border). Thingk's visual-choosing vibration function is four variables: (Physical, Spacial, Energy, Dimensional). ۞Nonexistent / PSED:$(0,0,0,0)$: It's simple, this is not a fabric. Of course, you don't call something with "nothing", a "thing". Only blank space exists here, and the fabric of space itself is probably the only fabric with this PSED. ۞Point fabric / PSED:$(1,0,0,0)$: Vibrating Thingks scattered at small radius automatically and magically forms fabrics of their own. Although that fabric may be fragile, it has great flexibility. You can expect to find them in space with a low (but never zero) concentration of Thingks. ۞Fuzzy fabric / PSED:$(0,1,0,0)$: Theoretically, Thingk can have vibration through space without having any physical vibration at all. Space excited around Thingk will form a loosely connected cloud-like fabric. Fuzzy fabric is really fragile, breaking into pieces once swept across by small movement. ۞Linear fabric / PSED:$(0,0,1,0)$: Thingk can sometimes be sending out little tiny energy waves acting as a sort of vibration. The energy radiating from Thingk is multiple static streams, but it is more like a gigantic soup-boiling pot shot with several Railguns. Especially strong energy streams can be connected with other energy-wave-thingks, forming fabric. ۞Chaotic fabric / PSED:$(0,0,0,1)$: When the composers of all particle fabrics decide to go on some serious drugs, they can resonate between all dimensions. Forms of Chaotic fabric is not regular, but mostly a jumble of blurry sphere transcending and falling between crazy dimensions. ۞Cloudy cluster fabric / PSED:$(1,1,0,0)$: This is a normal state for fabrics with Fuzzy fabric properties. Physical resonation sends ripples of excitation to near space, which forms cloudy fabric with a few scattered Thingks. ۞Network fabric / PSED:$(1,0,1,0)$: This is closest to what can usually be called "fabric". Resonating Thingks are connected with bridges made from energy radiating from them and are very stable since they are really similar to common molecules. ۞Low-density fabric / PSED:$(1,0,0,1)$: Well... this fabric is not low density, but visuals are. Every single Thingk of so-called "Low-density fabric" violently resonates through countless dimensions each moment, but is all connected by Point fabric. This results in weird Point fabric with impossibly super-low density, where composer Thingks instantly pop and disappears into nowhere. ۞Thundercloud fabric / PSED:$(0,1,1,0)$: The name does a good job at expressing how this fabric looks. Among the spacial cloud of fuzzy fabrics, unstable energy bond struggles to form linear bonds. However, unlike normal linear fabric, energy bonds get distracted by fuzzy fabric. This results in a fuzzy fabric with energy streams dashing inside it like lightning. ۞Scattered clouds / PSED:$(0,1,0,1)$: When the fuzzy fabric is on drugs, getting insane energy, or some unusual phenomenon, spheres containing part of the Fuzzy fabric appears. More than infinities Not so many of them stick together and form an energetic-as-hecc elegantly moving fabric. ۞Dramatic fabric / PSED:$(0,0,1,1)$: Linear fabrics always, and are bounded to form some sort of polyhedron edges. And do you know what happens when linear fabric fluctuates between dimensions? Edge numbers go up and down like crazy and it sure looks like some sort of monster. ۞Advanced network fabric / PSED:$(1,1,1,0)$: Addition to bridged point thingks, there is now an energy cloud enveloping them. Advanced network fabrics are mostly fragile fabrics with no strong connections between their components. understandable, considering that even Line+Cloud fabric is unstable and now thingks are vibrating. ۞Order fabric / PSED:$(0,1,1,1)$: "Dramatic" fabrics form ordered shapes when they have ripples of energy surrounding them. Energy flows inside changing line structures, and magically according to natural structures of Dramatic fabric, they form order. ۞Evolving network fabric / PSED:$(1,0,1,1)$: Hmm, what does "evolving network" here refer to? Evolving (changing between countless dimensions) culture of memes, or a world of it? Or a natural-forming environment of scattered vibrating thingks and linear streams? Of course, it is the latter. ۞Superspeed fabric / PSED:$(1,1,0,1)$: Fuzzy fabric on drugs Scattered cloud fabric contains a fuzzy fabric with a lot of energy. Thingks eventually get all energy of their energy, occasionally being accelerated into ridiculous speed. ۞Absolute fabric / PSED:$(1,1,1,1)$: the impossible insanity fabric and an absolute chaos Oh my Alphasm... not expecting anyone to read the whole thing, since it is literally just a bunch of visual descriptions. And you know what's worse? The fact that this is not even the true end of the boundary of numbers and physics! ۞Property Thingks' properties are at least more commonly plausible, as it is based on a little more comprehensive system: that of ATSL atoms and ATSL strings. For the readers who are too lazy to go into links and see what the system is, here is a brief example: "the creature between hour 1 to 8 walks with 4 legs, 2 legs between hour 8 to 16, and three legs between hour 16 to 24". By the way, the below descriptions are really, really, REALLY simplified and widely-including properties. ۞Avg vibration rate $0\sim 1(approx)\ vibe/OYC$: Stable thingks with painfully slow vibration speed are (usually) the most common thingks. As it is abundant, stable fabrics (fabrics like ATSL uqraek fiber) are also (usually) the most common fabrics. ۞Sub property #1 / existence restriction: Although 0 to 1 vibe/OYC is not impressive, it still composes higher-level fabrics. Basic properties for higher fabrics are defined by 0 to 1 vibe/OYC fabrics, the first of them being: "LAW No.1 OF FABRICS: You are all free to do whatever you want EXCEPT NOT EXISTING >:0" ۞Sub property #2 / repulsion: Even stable fabrics are unable to join under one sky omniverse The True Waterfall TEH influence of physics. Whenever fabrics touch each other, in most cases, they quietly annihilate each other. Oh, and in rare cases... So the second law of fabrics is: "LAW No.2 OF FABRICS: It's fine to be kind to everything, except other fabric like yourself." ۞Avg vibration rate $1(approx)\sim \omega 15^{\omega ^{\omega }(\omega \uparrow ^{9270}30)}\ vibe/OYC$: Yes, it is really ridiculous vibration number jump from 1 to freaking infinity, which surprisingly turns out to have almost the same rarity as things with 0 to approx 1 vibration rate. Not much different from lower vibrations, except the fact that fabrics start to radiate a little bit of energy. ۞Sub property #1 / energy capacity restriction: The first restriction card of thingks to fabrics is: "LAW No.1 FOR FABRICS BEYOND 0 to 1vibe/OYC: Do whatever you want EXCEPT absorbing energy amount beyond finite". The law is also applied to higher and unstable fabrics. ۞Sub property #2 / Release more, get thanos-snapped: Then, is it the only restriction for mysterious infinite energy sources? Nah. As said in the vibration range description, lower 2nd vibration range fabrics radiate energy in various forms. Because thingk bonds are quite weak, all about same as 0 to 1 vibe/OYC fabrics, they cannot allow the fabric to radiate energy in the single-shock form. Or else, the fabric will instantly dissolve. ۞Sub property #3 / Title unlocked: nacromancer: Even though the fabric got lots of disadvantages, there is one big bonus for them this time. Probably a bonus even bigger than all the restrictions it got: bigger fabric can infect other fabric's remnant upon contact! ۞Avg vibration rate $\omega 15^{\omega ^{\omega }(\omega \uparrow ^{9270}30)}\sim \epsilon ((\epsilon 7^{\omega })\uparrow ^{\omega 2}\omega )\ vibe/OYC$: Rarity increases by a noticeable amount from before , and thingks start to have a few destructive properties. One example of a fabric formed by these thingks is Atomic Fabric. there is 3 more vibration range to go, and thingks already form monsters like Atomic fabric? ۞Avg vibration rate $\epsilon ((\epsilon 7^{\omega })\uparrow ^{\omega 2}\omega )\sim \zeta \epsilon \omega ^{\omega 10\uparrow ^{\omega 7}\epsilon 11^{11}}\omega \ vibe/OYC$: From here, Thingks' vibe becomes rave. Which adds new exciting properties to the original! Such as fabric radiating deadly particle streams, or how about really hot fabrics force-producing verses whenever it wants? Yes, "exciting" features I guess... ۞Sub property #1 / ignore rules and die: With raving thingks, few small restrictions are completely ignored. Because "small" does not necessarily mean "unimportant" here, some rave fabrics ignoring "important small rules" start to break down. ۞Sub property #2 / create rules if you need one: Not only fabric can now ignore many rules, but they can also CREATE their own. Obviously, the rules are practically all ridiculous ones. This property breaks already-broken-as-hell fabric even more. You know it is going to be bad if something like "must not exist" and "exist" meets. ۞Avg vibration rate $\zeta \epsilon \omega ^{\omega 10\uparrow ^{\omega 7}\epsilon 11^{11}}\omega \sim \eta 22\uparrow ^{\eta \omega 30}\epsilon (\eta \omega ^{120^{\omega }})\ vibe/OYC$: Ever heard about "False vacuum decay"? You probably did not and it is a bad example, so forget it. Now, fabrics are insanely unstable and will randomly break into gigantic explosions. How gigantic? imagine an uncountable number of protoverses going big bang all at once across the whole fabric. ۞Sub property #1 / POOF!! where am I?: Fabrics can now drill holes through space without waiting for special events. The majority of fabrics at this level will "teleport" anything making contact with the fabric. Fabric does not care whether it is a singularity, exploding protoverse, or shell of Box Supercluster; fabric force-teleports them anyway and the consequence is a later problem. ۞Avg vibration rate $\eta 22\uparrow ^{\eta \omega 30}\epsilon (\eta \omega ^{120^{\omega }})\sim \Gamma \omega ^{\omega }\ vibe/OYC$: When the imposter is sus I mean... when each thingk composing the fabric has destructive power bigger than they can hold, fabric explodes. However, natural space has an energy cap it can hold, causing the fabric to radiate exactly the Absolute Infinite amount of energy at destruction but no more. ۞Sub property #1 / n: Aside from the fact that Max-Vibration Fabric is the god of destruction, the fabric itself is pure anarchy. Everything of fabric is ignored or altered, and new, never-seen-before laws dominate the fabric. The max-vibration fabric is top of all fabric, as Thingks only disappear without delay if it has more energy than this. ۞Functions of individual Thingk So far, the topic was only focused on vibrations of thingks. It's true that Thingk fiber is impressive and all, but what can non-vibrating, individual Thingks do? Surely not nothing, right? yes. In fact, they can do many activities! Most of the activities are attaching to other particles and be a help. ۞First Function, stabilizers of space: Sometimes, maniacs such as exploding protoverse or unstable fabrics' explosion can break space. There are many fabrics and particles keeping that from happening, such as ATSL Uqraek fiber. But basically almost all work of "keeping space alive" is done by randomly floating individual Thingks. Because Thingks have a negative mass, they absorb the energy around them when they are destroyed by an energetic event. ۞Second Function, annihilator of dangerous particles: ATSL elementary particles, Protoverses, Pencils... there are so many dangerous particles popping out of nowhere and demanding destruction. Like antibodies of space itself, Thingk can annihilate dangerous particles. The main way Thingks do so is by simply colliding with them. ۞Third Function, flex tape for bigger particle structures: Particles and structures of them are bonded by flowing Thingks stream at the tiniest scale. If you zoom in far enough into any particle, they will be composed of flowing Thingk streams + other tiny tiny elementary particles ۞Other arrangements Thingks can form Thingks are perfect. They always form a fabric, no matter what condition. No flaws of function, no rare bugs, and no exceptions. And yes, the first three sentences of this sub-heading are a total lie. Thingks are buggy as hell, which means there are TONS of thingks forming non-fabric structures. The structures are often cringe jumble, while some are purely coincident masterpieces. ۞Class 1 / approx: 100% cringe, 0% masterpiece: Probably all random and useless arrangements of thingks are included here. They don't ever try to do anything, just sitting there, consuming space... Or how about nonexistent Thingks? Same as former, but renders a seemingly empty space unusable. In a nutshell, this class is for garbage Thingks. ۞Class 2 / approx: 70% cringe, 30% masterpiece: Class 2 is where Thingk arrangement at the border of atomic fabric and Class 1 Thingk structures are. Kurzgesagt, Class 2 Thingk structures are majorly unhelpful but the ones that unintentionally become help. ۞Class 3 / approx: 50% cringe, 50% masterpiece: If Uqraek fiber and ATSL uqraek fiber was Thingk structure, it would be placed here. It means they are sort of helpers, but not entirely. Also from class 3, Thingk structures gain at least some form of ordered connections. ۞Class 4 / approx: 30% cringe, 70% masterpiece: Orders become clearly observable and Thingk structures become actual help for bigger objects; such as Thingk-made fundamental particles. ۞Class 5 / approx: 0% cringe, 100% masterpiece: Maybe the rarest kinds among countless Thingk networks, since almost every "helping" function are done by Thingk fabrics. However, some are helpful as most helper fabrics, such as exciting protoverse so it can create new verse. ۞Class ??? / exact: 42% cringe, 42% masterpiece: It's the Thingk network holding unchanging, absolute answer to everything. ۞Fabric with no thingks? Nah, impossible. ... ... The Box: Imma 'bout to end this man's whole career
Mandelsok	$NPSS\times H_{\eta \zeta 12}(15\uparrow \uparrow 15)$	۞Particle info Mandelsok (or mandelbrotstuffisok) is a container for various anomalies, along with countless tiny particles. It is also one of the most complicated particles. In fact, there are so many particles floating around inside Mandelsok, it almost looks like a normal verse (if one had the ability to look "inside of mandelsok")! ۞Mandelsok's abilities You might have thought of mandelsok as a laaaaaame container for completely unrelated things that can only contain others. But that's a little off from what it actually is. Mandelsok quite behaves like some sort of living being, but still as one constructor of reality. With its negative-property size allowing it to contain literal freaking verse just reversed in size, an immense amount of $NPSS$- size particles can be crammed into Mandelsok. Mandelsok uses these particle buds to prevent itself from getting destroyed to building and destroying anything it desires. ۞Ability 1. To... Think and evolve...?: Quite hard to imagine this small shit that is +1 to an already huge list of particles particle being able to have consciousness eh? Well, it IS possible with brand new tinybrainTM! reverse-size ○, Thingk, and ⬤ is concentrated inside mandelsok, and by forming some sort of interacting fiber network that allows Mandelsok to think and evolve. ۞Ability 2. self-sustain and protection: Since space is mostly filled with positive-sized objects, Mandelsok is basically having an instant-kill minefield all around it. To avoid colliding with death bombs, mandelsoks place negative-sized repulsive particles around their border. Also, mandelsoks stabilize themselves by placing another bunch of repulsive particles at the center. Balance formed. Oooooh!! Yeahhhhhhh boyyyyyyy. ۞Ability 3. expanding and contracting space to move around: This particle can attract space, even though it has a negative size. The space attraction of Omnipocket is just SOOOO minuscule but it is enough to create a tiny tiny warp drive for mandelsok. It helps mandelsoks "eat" other smaller minuscule objects for resources. ۞Ability 4. controlling NPSS-scale world: Believe it or not, negative space is crowding with tiny tiny particles. In fact, a negative scale is even richer than a positive space in terms of particle scale. There are tiny tiny structures and verses scattered across a scale of the realm where Mandelsok is located. Mandelsok can manipulate everything of them, granting mandelsok a great power to manipulate objects below and above. ۞Ability 5. Power to bring its imaginations to reality: Some mandelsoks's scales are unimaginably close to 0, and those unique sorts of mandelsok can contain big brains. They are not smol and cute living particles anymore, they are now brains of monstrous hyper-intelligences. At first, the creature begins extremely smol, just with few positive-size particles stuck to mandelsok. Then, as it grabs more and bigger particles, the creature gets celestially, no, OMNIVERSALLY powerful. ۞Mandelsoks roles But hey, mandelsok is not just a drifting biological bomb producing gigantic omniverse eaters; they also play important roles! Mandelsoks are cleaners for the negative structures realm, exploding space preventers, and most importantly, they are the best intelligence source nature has to offer. ۞Cleaners of negative structure realm: As it is written on the page, it can sometimes be overcrowded by a sudden increase of "eggs". When it happens, the realm can easily burst, allowing countless dangerous negative particles to enter it. Mandelsoks occasionally enter the region's border without problem, devouring a massive amount of eggs each time there are too many eggs. ۞Stabilizers of overcrowded space: This role of Mandelsok works both for positive and negative spaces. Mandelsok just c o n s u m e s overflowing energy stored inside space, and turns consumed energy into materials for its fabrical brain. Sometimes, an error can happen for mandelsok while it is fixing its brain. When mandelsok is lucky, it will gain enough intelligence to be "smort mandelsok" mentioned up there. When it's unlucky... well... ۞Naturally-existing exploitable AIs: Mandelsoks can be reeeeeeeally smart, so smart that they were once enough to gather their surroundings to create a living god. For civilization to exploit mandelsok, they just need to kill a single mandelsok-brained cosmic creature! Ok, it's not exactly an easy task, but an entire civilization is a relatively cheap cost for unlimited intelligence! Right? :D... right...? D: ۞Anomalies inside mandelsok Mandelsok contains, including all negative-sized particles of The pre-hierarchy, lots of "anomalies" which are only found inside mandelsok. As a result of evolving mandelsoks eating up dangerous particles and clumping them into one, anomalies are mostly destructive. However, some are accidentally formed omnipotent seeds with the potential to become anything it desires. When mandelsok gets popped by something at a barren void, the void will briefly bloom with wonders of nature. ...And when mandelsok explodes right next to verses, something it does much more commonly, nearby verses are usually fricked up. ۞Anomaly #1. Mandelsok's tinier brains This is probably closer to viruses than some kind of brain. Mandelsok's brain creates countless backup parts for its brain floating around its core. When the backup parts encounter mutation or are broken beyond repair, the central brain of mandelsok decides it is useless and throws it away. Pockets of the brain can sometimes collide with particles, turning them into kind of "zombie particles", that are paralyzed by incomplete pieces of the mandelsok brain controlling it. More about Mandelsok splitter brain... ۞Anomaly #2. "Mines" "Mines" are something mentioned as "dangerous particles clumping into one". They are at least a little more interesting and useful than useless pieces of a literal mandelsok shits I mean mandelsoks's brain. "Mines" get kicked out from mandelsok if they are big enough to become a problem. In most cases, it's better to die than to stand next to the negative versions of horrifying destructions produced by mines. In some cases tho... More about Mandelsok mines... ۞Anomaly #3. quadral particle remnant One particle, four components. The omnipotent seed to become what it desires. Quadral particle remnants are what mandelsok uses for escaping the most dangerous threats. or more like, crystals of mandelsok's booster smoke. Arrangements of crystals ALWAYS contain four particles of creation. Those four particles tell crystals what to do, such as creating protoverse and exploding into certain verse(s) More about Quadral particle remnant...
Periodk	Maximum size:$NPSS\times H_{\omega _{\zeta \epsilon \psi (1,0,0,\omega ,\epsilon 0)}}(4)$Minimum size: The smallest size that is definable in H(-2).	۞Particle info Periodk seems to create things from chaotic arrangements, although some arrangements create anomalies to the fabric. Learn more about Periodk on another page.

References

Click to go to main page Possibly smallest hierarchy where super tiny particles elegantly float through it
Hide Show Show 2 Click "show" to see full hierarchy ⌬Absolutely Tiny particles⌬ Atom (ATSL) - Subatomic Particles (ATSL) - Elementary particles (ATSL) - String (ATSL) - Uqraek fiber (ATSL) - Atomic fabric - Nonexistent particles ⌬Absolutely Tinier Particles⌬ Thingk - Mandelsok - .: - Periodk

Click to go to main page some oversimplified hierarchy describing weird things existing beyond universe

Hide levels Show levels Click "Show levels" to see full hierarchy ⌬Realms of negativity⌬ negative structure realm ⌬Tiny particle hierarchy⌬ ATSL atoms - Sub-ATSL atom particles - ATSL strings - ATSL fibers - Nonexistent particles ⌬Finite Structures⌬ Auroverse - Moolahverse - Auroraverse - Finite verses ⌬Infinite Structures (before The Box)⌬ Reverseverse - Plutfuseverse - Omniverse - The Outside - Barrel ⌬Infinite Structures (after The Box)⌬ The Box - Earthlight Rayverse - Box Hierarchy - Plutfusebox - Probabilistic The Box Supercluster ⌬Transinfinite structures⌬ Probabilistic The Box Hypercluster - The Inner Void - The Particle - Elementary Hexahedron ⌬Smallest quantumverse complex level⌬ Bitverse - Realm of forgotten things - Tiemverse - Cold ocean of particles and physics - Largest Possible Black Hole ⌬Layered quantumverse level⌬ Probabilistic The Box Ultracluster - Biggest Shinoverse - Biggest Multiverse - Biggest Zetabox variations - Box Structures hierarchy ⌬High quantumverse level⌬ Bioverse - Staticverse - Tiemlineverse - Box Finality Cluster - Maxverse ⌬Quantumverse limit level⌬ Luminous Void - Verse container chain - Star field void - Ancient Void - Limitlessly bounded structure field ⌬Boundary of reality⌬ To The Boundary of Reality and Beyond ⌬Miscellaneous⌬ Miniverse - The Great Dimensihedron(Failed page) ⌬⌬⌬⌬⌬ ⌬ ⌬⌬ ⌬⌬⌬⌬⌬⌬⌬ ⌬⌬