Thingk

=== ۞Particle info ===
Size:NPSS\times H_{15}(2000\uparrow^{215}74 )Size of thingk and below particles are measured in this equation: Size=NPSS\times\frac{1}{n}, where NPSS (negative property size standard) is a size that has maximum negative properties, while still being in the ∅ range. This concept has its roots at how the size of Zyoron is described.H(x)(reverse hyperdimensions x) is equal to hyperdimension of \beth xordinal. In case where there are multiple layers of H(x)function, such as H(H(H(3))) (or H_1(3)), inner functions generate \beth x ordinal, then only outermost H(x)works according to original rule.
Class: ⎊ Null class (-1) ⎊
Kardashev scale: ∅
Contains: ???
Nonexistent particles ← Thingk → Mandelsok
Thingk is the only component for minuscule fabrics. Every fabric of realityexamples being ATSL uqraek fiber and atomic fabric can be broken down into one component particle: the Thingk. These specks of dust strangely, they really act like dusts bind to each other and create every sort of fabric EVERY. Similar to ATSL strings, Thing produces different fabrics by vibrating and arranging in various combinations.<tabber>Hide =
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|-|Thingks' vibrations=
===۞Vibrations of Thingks===
The first vital property of thingk is vibration. Vibration for Thingk, like ATSL strings, creates all the visuals and properties of fabricsand SO MUCH more. Visual is determined by four different types of vibrationsa bit like how LNB works, while the property is determined by a certain range of Thingk vibration from 0 to max finity.
|-|Individual thingks =
===۞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? yesthis is probably the first time I attach "yes" after "surely (something) right?". In fact, they can do many activities! Most of the activities are attaching to other particles and being a helperor derstruction.
*۞First Function, stabilizers of space: Sometimes, maniacs such as exploding protoverse or unstable fabrics' explosion can break spaceNot "space-time"! Unlike our universe, in a space occupied by nothing, space and time exists as separate elements. So does other properties that can mix up with space; such as existence or pencil (basically everything).. There are many fabrics and particles keeping that from happening, such as ATSL Uqraek fiber...which is actually something like kitchen gun. Uqraek fiber absorbs explosion energy and force-stores it at space around it. Sure, it temporarily prevents instant destruction but what's the difference when energy-stored space later explodes into infinitely powerful explosion. 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 eventas a result, thingks keep the space from breaking down... at least they can save things below size \OmegaThis also means thingks are NUMEROUS, INSANELY NUMEROUS, enough to influence positive world with its tiny tiny tiny scale along with other friends..
*۞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, Thingks can annihilate dangerous particles. The main way Thingks do so is by simply colliding with themThingk(s)=negative mass=collision with enough thingk(s)=mass becomes 0.
*۞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 =
===۞Other arrangements Thingks can form===
Thingks are perfect. They always form a fabric, no matter what condition. No flaws, no 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...if you clicked the link, you may sue me for indirect eye bombardment jumble, while some are purely coincident masterpieces.
*۞Class 1 / approx: 100% cringe, 0% masterpiecea cringeness scale. It is inverse-proportion indicating cringeness of certain topic. Usage example is "mosquitos are approx: 100% cringe, 0% masterpiece" = AKA absolute garbageand nope, it is not actual unit: 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(if occupied with nonexistent Thingks) 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("in a nutshell" in german - source: google translation / Kurzgesagt (german) -> In short (english)), 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 and on, Thingk structures gain at least some form of ordered connectionsnot quite noticeable order, more like jumbling countless same shapes and crumpling it..
*۞Class 4 / approx: 30% cringe, 70% masterpiece: Orders become clearly observablelike orders of molecules and Thingk structures become actual help for bigger objects; such as fundamental particles made from thingksClass 4 Thingk arrangements are majorly the ones perfectly same as blueprint particles..
*۞Class 5 / approx: 0% cringe, 100% masterpiece: This 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 verseeven this function is really restricted tho, since Thingk network-formed verses only account for less than infinitesimal amount of them.. The point here is that protoverse forms verse PEACEFULLY, without big bangs.
*۞Class ??? / exact: 42% cringe, 42% masterpiece: It's the Thingk network holding unchanging, absolute answer to everything.yes, yes this class is 100% meme purpose
|-|Exceptions? =
===۞Fabric with no thingks?===
Nah, impossible.
...
...
The Box: Imma 'bout to end this man's whole career
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Category:Plutfuse's Improvements
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Category:ATSL particles
Category:Smaller than elementary particles
Category:Smaller than Heck
Category:Smaller than Absolutely tiny atoms
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