WIP
Universe Components[]
Spacetime[]
The (position)space of a universe is able to be spherical, Euclidean, or hyperbolic (alternatively closed, Euclidean, or open).
The spacetime of a universe is the product of positionspace, comprised of the universe's spatial dimensions, and timespace, comprised of the universe's temporal dimensions.
Spacetime is able to be Galilean, Minkowski, de Sitter, or anti-de Sitter.
Worldspaces[]
Worldlines are subsets of a universe's spacetime that points trace out.
Light cones[]
Velocityspaces[]
The velocityspace of an object is constrained by the universe's laws of physics.
The velocityspace of an object with positive real mass embedded in a universe with \(n\) spatial dimensions takes on the form of points located in hyperbolic \(n\)-space, modeled using the Beltrami-Klein model.
The velocityspace of a massless particle is the set of ideal points, the boundary circle of the Beltrami-Klein disc.
The velocityspace of a tachyon, an object with imaginary mass, consist of the set of ultraideal points. These are the points located outside of the Beltrami-Klein disc.
The velocitytime of an object embedded in a universe is the product of its velocityspace and the universe's timespace.
Multiverse Components[]
Interuniversal space[]
The interuniversal space of a multiverse takes on the form of hyperbolic space of dimension greater than or equal to the dimension of the universe with the spacetime of highest dimension.
Pseudotime[]
Universe cohorts[]
Morldspaces[]
k so i'm not in a formal mood for writing well rn if you can't already tell but well you see i turned the "W" in worldspace upside-down so you better be able to see where this is headed fucker
Lighter cones[]
aight i may have lost the ability to coherently write down any of my ideas that i swear are way more developed than how they look rn but well obviously i haven't lost any knack for naming shit so you gotta appreciate that at least
Wniverses[]
pronounced "double-u"-niverses
special kind of binary verses