Verse Measurement Dictionary

This is a dictionary of ways to measure verses, like size, kardashev scale, dimensionality, EUSI, and others. If you find a way to measure verses that is not on this list, feel free to contribute!

Size
Size is a way to measure the actual space a verse takes up, regardless of dimensionality. There are multiple ways that size is measured, with the most common being (some number) times the size of another verse. However, there are other units that measure size, which will be listed here.

When a size is a multiple of $$\omega$$, units are usually not used, because $$\omega$$ of any number of finite units is equal to $$\omega$$.

The typical measurement of size is in diameter. However, this doesn't stop any entity from using other size measurements.

Planck Length
Supposedly the 'smallest length', although there are things that are much smaller. Equal to 1.6x10-35 meters.

Meter
A unit using the metric system, it is also 3.28084 feet.

Light-year
The distance that light travels over the course of a year. The universe is likely around 93,000,000,000 light-years in size, and a light year is about 1016 meters in length.

Theranit
"Main page: Theranit"Equal to 16,777,216 light years.

Harpameter
"Main page: Harpameter"Equal to 1030 meters. However, it is mostly used to measure the distance between verses.

CAPSMETER
"See Best's Measurements."Equal to the height of the F R I D G E.

Gluometer
Equal to the size of the Grand Ultimaverse.

Dimensionality
Dimensionality is a way to explain how many dimensions a verse takes up. For example, a square takes up 2 dimensions and has a dimensionality of 2, and a cube takes up 3 dimensions and therefore has a dimensionality of 3. Some verses have negative dimensionality, and many have infinite dimensionality, like The Box.

Dimensionality also varies in various ways. Dimensionality could be either only measured spatially or measured in multiple post-spatial dimensions. Dimensionality could also be measured by how many coordinates needed to describe a point on something's surface, or fractal dimension could be used as an alternative.

Kardashev Scale
Usually measures civilizations and how much energy they can use, where increasing the scale by 1 multiplies the energy used by 1010. However, when we talk about verses, it makes sense to measure the actual amount of energy and matter in a verse, and the closest approximation is that a Kardashev scale of n is

EUSI
"Main page: EUSI" EUSI, or Extended Universe Size Index, is a way to measure how many layers of verses containing other verses there are, or 'nestings'.

EUSI is defined in the form of $$\psi(\alpha,\beta,\gamma,...)$$, where having just $$\psi(\alpha)$$ means that it just contains $$\alpha$$layers of verses, and having $$\psi(\alpha,\beta,\gamma,...)$$ means having $$...+\omega^3\cdot\delta+\omega^2\cdot\gamma+\omega\cdot\beta+\alpha$$layers of verses.

EUSI also has some extensions, where $$\psi(\Omega^\alpha)=\overbrace{\psi(1,0,0,...,0,0)}^\alpha$$, $$\psi(\Omega^\Omega)=\psi(\Omega^{\psi(\Omega^{\psi(\Omega^{\psi(\Omega^{...})})})})$$, $$\psi(\Omega^{\Omega^\Omega})=\psi(\Omega^{\Omega^{\psi(\Omega^{\Omega^{\psi(\Omega^{\Omega^{...}})}})}})$$, etc. where we can then extend it to very large EUSIs.

Finality Index
"Main page: Finality Index"The Finality Index is a measurement for very specific verses, and only some verses have a Finality Index. The Omniverse has 1-finality (contains everything that exists) The Box has 2-finality (contains everything that exists or doesn't exist), The Clock has 3-finality (contains everything that exists, doesn't exist, and is describable). Further Finality Indexes have their own definitions, like 4-finality and ω-finality.

FOEI
"Main page: Fraction of Everything Index"