The interaction of quarks is carried out through the strong nuclear interaction, which provides the force necessary to unite quarks inside atomic nuclei. The strong interaction is also responsible for the exchange of gluons, which are carriers of the strong interaction.

The study of quarks and their interactions is an important area of particle physics and nuclear physics. Understanding the properties of quarks helps us to better understand the structure and properties of atomic nuclei, as well as the principles of the fundamental forces of nature.

The quark contains a Type 4 Tegmark Multiverse

Atom

An atom is the basic unit of a chemical element consisting of a nucleus and an electron shell. The nucleus of an atom contains protons and neutrons, and the electron shell rotates around the nucleus.

Protons are positively charged particles, and neutrons are neutral particles. The number of protons in the nucleus determines the chemical properties of an element and is called the atomic number. Neutrons do not affect the chemical properties of an element, but they do affect its stability.

The electron shell consists of negatively charged electrons that move in certain orbits or energy levels around the nucleus. Energy levels are divided into sublevels and atomic orbitals, which determine the distribution of electrons around the nucleus.

Atoms can form chemical bonds with each other, forming molecules and compounds. Chemical bonds are formed by exchanging, transferring, or sharing electrons between atoms.

The study of atoms and their properties is at the heart of chemistry and physics. Understanding the structure and behavior of atoms allows us to explain many chemical and physical phenomena, as well as develop new materials and technologies.

The atom contains an extended modal realism.

Molecule

A molecule is the smallest unit of a substance that retains its chemical properties and can exist independently. It consists of two or more atoms connected by chemical bonds. Molecules can be monatomic, such as helium or neon, or consist of a large number of atoms, such as water or hydrocarbons. Molecules are the basic building blocks of all substances and play an important role in various chemical reactions and processes.

The molecule contains Reinhardt cardinal.

An Archverse is a cosmological structure that is defined to be a large set of verses that are composed of Universes. Simply put, they are finite or infinite sets of smaller archverses. Archverses are nested within an infinite stack known as an Archverse chain within the Omniverse and fill every possible gap of reality in it. In some cosmology tiers, the start of the archverse chain is considered to be the Gigaverse, a finite or infinite set of Megaverse's, since it can be considered to be the start of -verses that start to lose any significant meaning. If the category of this definition of archverse is broadened to include the Universe, Multiverse, and Megaverse, then the -verses are known as metric -verses in the metric -verse hierarchy. In other cosmology tiers, there is no difference between metric -verses and archverses, and the terms can be used interchangeably. In that case, the lowest nested level of archverse is the Universe.

An arbitrarily large group of archverses within a larger archverse is known as an Archverse cohort, though the term Ultraverse is used when the archverses within it have an extremely high nested level and the term -verse cohort is generally used when said -verses within the archverse are metric -verses with designated names (e.g. universe cohort, multiverse cohort, megaverse cohort, etc.).