Classification System for Parallel Universes

The vast field of parallel universes involves a near-infinite number of probabilities, but we can begin to organize and understand these probabilities by categorizing how close, in terms of energy, these realities are to our own universe. This proposed system of classification is one method. By organizing the nearest parallel universes in terms of mass, charge, and spin, we can better comprehend these relationships and the energy required to access them. In general, we can say that, the more similar a parallel field is to our own universe, the less energy it will require to transit the distance or range (Amp x sec) between the two universes, in our terms. This classification system is intended for typical 4-dimensional physical universes, but can be extended to other dimensions as well. This classification system gives us the opportunity to discuss broad categories of parallel universes in academic terms. For example, we can state that, all Spin Class Beta parallel universes will have 75% particle commonality with our own universe. Or theorize that, there is a entire subset of Class 64 parallel universes that exist, and that have no common particle masses with our universe, but have the same charge and spin states. This system utilizes the 1024-QAM model for elementary particles, and the simple equation for relating the energy distance between parallel universes, E = Volts x (Amp x sec).