The Behavior of Relational Phenomena

Phenomena do not exist; rather, they are existing via co-definedness with other phenomena propagatively across three-dimensional space (270 degrees) and itself recursively across one-dimensional time via phase shifting (90 degrees). This requirement for successfully existing is called relational reality. Still, phenomena recursively-propagate (RP) at varying rates called Relative Fractal Dynamics (RFDs). As phenomena exist, they emerge and then enter one of three forms of definedness dependent on the balance of stability and complexity, which are convergence (stability and complexity are balanced; good definedness), divergence (low stability or high complexity; low definedness), and suspension (excessive definedness causing a loss of co-definedness with The Record). Definedness is constantly changing via RPs, but form only three relationships, which are 1) the definedness of the phenomenon, 2) the definedness what is not the phenomenon, and 3) the co-definedness between the two. The RPs from these relationships stack in The Record, determining the emergence-to-convergence trajectories. Phenomena with more convergence form better stability in The Record, so they persist definedness over more RPs than phenomena with lower definedness that lack stability in The Record. This behavior of relational phenomena formalizes the entire trajectory for everything from emergence to divergence.