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TREEVERSE is one of the biggest finitely-sized verses. Although it is very big, it only contains $ g_{n^2} $ galaxies, with hypergroups, each containing $ \frac{g_{n^2}}{n^2} $ galaxies. It also exists in all dimensions, except dimensions below 2nd, and has a different property of each dimension's TREEVERSE. In it's planets with life, you can find lots of trees and TREES. TREES are trees that can reach 200-1200 meters of height. It can contain other verses, like there are [n, n2, n3...nn] Rainbowlineverses, Udekaverses, Vendekaverses and if the right dimensionality (5D+), they can contain the Multiverses. It also contains some (10-100) Zverses.

It's biggest stars are the ꦋ-class stars, with a diameter from 12 741 to 617 194 solar diameters. The smallest types of stars are ䷨-class stars, with a diameter from 493-611 kilometers. As this verse's size is extremely really big, you may think that some of it's verses are exactly identical to ours, but no, but it can allow a Earth where humans exist, but have a different history. Only 92n-129n Tree-verse clusters (clusters that the closest verse needs to be <82.3 of itself verses apart, and contain 10+ of the same kind of verses) allow the existance of verses exactly identical to ours.

There are $ \frac{n*g_{n}}{\left[n,\operatorname{ceil}\left(\frac{n}{2}\right)\right]} $TREEVERSES in a Barrel.

TREEYUM

In $ 100\frac{1}{\prod_{o=1}^n\frac{n}{o}}\% $ of planets of TREEVERSE, there is a element called TREEYUM (T), a element found mostly 74-394 km below the planet's surface. It is a lot harder than diamond, and nearly unbreakable. It is not radioactive, as 3/56, of its isotopes are stable, and it has a orange color. It has 83 electrons, 59 protons, 3 neutrons and 7 exotic protons. To be solid, it needs to be in contact with other materials (at least 6-8 nm away from them), otherwise its going to be gas, but it liquifies at 0.0000000000032 °K and solidifies at 1.71*10-31 °K when not in contact with other materials. As it is harder than diamond, it is used on 2.8km- skyscrapers, because it cannot held the pressure so it will fall, so upyte is used.
Treeyum

TREEYUM-59, the most common isotope of TREEYUM. It is also one of the three isotopes of TREEYUM that is stable (the others are T-37 and T-84).

TREETITE

TREETITE is a synthetic material created by TREEVERSIANS, it has a HEP (Heptadecimal) color. The formula for TREETITE is $ \operatorname{T_2V_7CoHe_{33}Sg_{HEP color}} $ , base 17. The seaborgium is the HEP color, so HEP #176D1G will have 176D1G17 atoms, or 2037772 seaborgium atoms. It is used in spaceships, because TREETITE can survive (be solid) becoming gas when not in contact with other materials, but as TREETITE is more breakable than TREEYUM, it is only used in spaceships.

SPOILER: It will appear in BFBFBFBFB 11, when Joshua Ray Barkfelt takes the last #00GG00 TREETITE, but it was actually #00GG01 so team Nugcfycycyrxxdxdtxxidtxezaaqgcycouvyv5756889990987654321HIiiihvfyversemuiviverse.......verse………^…^…^^…^^o lose.

Treetite

#6EB0GG TREETITE. It's formula is T2V7CoHe33Sg9742767. It is also known as the rock (6𝜋 pounds).

TREEMIUM

TREEMIUM is a mineral and element found in the core of $ \frac{100}{\sum_{g=0}^{n}ng^{2}} \% $ of the planets of TREEVERSE, and $ \frac{100}{n\uparrow\uparrow 3} $ have the element 152 or less kilometers above it's core. It is found in TREEVITE rocks, containing minerals like $ \operatorname{Gd_2H} $, $ \operatorname{DyNe_3} $, $ \operatorname{Nd_2Sb_3} $ and $ \operatorname{M_3} $ (tri-TREEMIUM). It's symbol is M, and it's used to make TREEKITE. It is very rare in the TIC (TREEVERSE's interclusteral commerce)[1], because of the location of TREEMIUM. It also has a blue/purple color, but the purple color is rarer than the blue one.

TREEKITE

TREEKITE is a synthetic material created by TREEVERSIANS, made to resemble TREEMIUM, and being cheaper, because you can make it by putting $ \operatorname{T_2PCs_3} $ (solid) in $ \operatorname{KCl_3} $ (liquid), giving $ \operatorname{TCs_3K} $ and $ \operatorname{M_2} $ , then the $ \operatorname{TCs_3K} $ is removed from the mix. In the TIC, it costs ᐕ371.28 (371.28 riennans) per rock, 78.2% less than normal TREEMIUM (ᐕ1703.12 per rock). It is normally blue, but you can can change its color to green by throwing $ \operatorname{M_2} $ into $ \operatorname{W_2O_3} $ (liquid), it will react with the ditungsten trioxide and form $ \operatorname{WO_2M_4} $, and its color will be green, that costs ᐕ439.03 per rock.

Unite

Unite is a rare rock found below 193 meters below some planet's surfaces, but found in $ \frac{1}{173*10^{15}} $ parts per million, that means, it is 7 times more rare than Radon on Earth[2]. It is not an element, but a junction of elements. It's chemical formula is $ \operatorname{HHe_2Li_3Be_4\cdots Lv_{116}Ts_{117}Og_{118}} $, aka 118Ut (the 3rd, most common, the 1st most common is 38Ut and the 2nd is 143Ut). The 118Ut costs ᐕ82712.49 per rock, and 38Ut costs ᐕ33925.28 per rock.

Umite

The Umite was created by the Treckimea humans, and is the highest Unite rock someone in 1000000000 ly from the Trackimea cluster has ever created. It is 38319124Ut. It was created with some help of the squares, and it is one of the 612 out of 90000001 types of Unite (10000000Ut to 100000000Ut) that isn't radioative.

Upyte

The Upyte is a synthetic type of Unite, and it is the most common kind of one. It is very strong (stronger than TREEYUM!), so it is used on building skyscrapers. Treckimea humans that have gone to Tyàts also passed that material to squares. They only used it in houses.

󠀀

  1. The TIC was created and only used by the inhabitants of the cluster where the TREEVERSIAN colonizers of Tyàts came from (aka Treckimea).
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