Universe

The Universe is the first and smallest Archverse, as well as being a sort of cosmic building block of the Omniverse. Universes in a Multiverse share commons laws of physics, and systems of logic, but differ in initial starting conditions upon being formed, and thus have entirely different timelines.

Universes, unlike all Archverses after them, aren't made out of other verses, but instead cosmic structures, elementary particles and just generally all are absolutely verse. Universes differ very slightly in size, and average out in the 100 billion light-year range.

Each Universe has a set of laws that govern everything inside without exception. Their laws can be broken, however, objects aren't actively breaking a law at any time, and simply stop existing or stop being contained by the Universe, as to counteract the law-breaking.

The laws in a Universe also typically only govern properties of objects within said Universe, instead of primarily governing laws of inferior objects.

Our Universe
Our Universe is a 93 billion light-year LNB-7 which was created around 13.7 billion years ago. It grows very slowly in size, however its growth is still faster than light speed.

Its laws of physics includes: the Law of Gravitation (objects attract each other with a force directly proportional to the product of the masses of the objects and inversely proportional to the square of the distance between them), Newton's laws of Motion, Coloumb's law (force between the two electric charges reduces to a quarter of its former value when the distance between them is doubled), Kepler's law (each planet revolves round the Sun in an elliptical orbit with the Sun at one focus), Law of Conservation of Energy (energy can neither be created nor destroyed), and more.

Elementary particles include quarks, leptons and bosons, together constructing protons and neutrons, which finally make up atoms, who are the building blocks of nearly everything in the Universe (with exception to dark matter). Atoms together clump up to form molecules; the arrangement of atoms in these molecules are what create very unique and chaotic solids, gasses and liquids. A great example of this phenomena are crystals.