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}{1000} Hekc 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 homonymWell of course there are truly infinite uses for single word such as "atom" if search scale grows to insane scale....
And here is the chain:
Particle 	SizeEverything above Uqraek fiber is measured in ATU, and Uqraek fiber and below small objects are measured in HATU. And nonexistent particle is measured in AHATU.One HATU (Hyper-Absolutely tiny unit) is \frac{1}{10^{3*10^{100}}} Hekc diametersOne AHATU (Absolute-Hyper-Absolutely tiny unit) is {1\over\omega} Hekc diameters	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: quarksUp quark, down quark, strange quark, charm quark, bottom quark, top quark... total 6 discovered so far!, leptonsElectron family (AKA leptons): electron (so obvious lol), muon, and tauon... muon and tauon are just very fat electrons, and bosonsSix Four Five horseman of apocalypse universe: Photon (electromagnetic force), W and Z boson (weak nuclear force), gluon (strong nuclear force), higgs boson (probably the most useless boson since it is only the field producing it is doing all actual work and higgs boson is just a lazy product that does nothing), gravitons (probably fake lol) (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 particleswell this is ATSL strings' creations. 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\uparrow3}}} 	
===⌬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 fabricsunlike most of particles and tiny tiny fibers 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^{CK}_{\omega_2}*\Gamma_{\epsilon0}} 	
===⌬Particle info===
Information about Nonexistent particles is strictly impossible to knowHow impossible? information about Nonexistent particles cannot be found anywhere you might think there is, including inside The Box, QRverse, and everything that is able to expose any information.. 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 existpainfully simplified actual description"? Well... at least... its near regions are pretty interesting as hecc.
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=⌬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 ℶcalled beth ordinals. They are lot smaller than ⎊ Null class (-1) ⎊ particles of Pre-Hierarchy, since below listed particles are measured in units that cannot :
ParticleUnlike the other ones, size of these particles are described much smaller functions than "ATU", "HATU", and "AHATU".	SizeAs expressed below, size of 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. 	Description
Thingk 	NPSS\times H_{15}(2000\uparrow^{215}74 )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.	
=== ۞Particle info ===
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, Thingk produces different fabrics by vibrating and arranging in various combinations. 
More about Thingk...
Mandelsok 	NPSS\times H_{\eta\zeta12}(15\uparrow\uparrow15) 	
=== ۞Particle info ===
Mandelsok (or mandelbrotstuffisok) is a container for various anomalies, along with countless tiny particlesNo, not THESE TINY PARTICLES, but THESE 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")!
More about Mandelsok... 
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Periodk 	Maximum size:NPSS\times H_{\omega_{\zeta\epsilon \psi (1,0,0,\omega,\epsilon 0)}}(4)Minimum size: [REDACTED]. 	
=== ۞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==
Category:Particle
Category:Plutfuse's pages
Category:Good article
Category:Navigable
Category:Fish Approved
Category:Fish Commended
Category:Fish Awarded
Category:Class -1
Category:ATSL particles
Category:Verse
Category:Smaller than elementary particles
Category:Smaller than Absolutely tiny atoms
Category:Smaller than Heck