Stone coordinates

Stone Coordinates Framework (Verbalized Version) This framework defines a unique spatial mapping system using mass, time, and field as core conceptual dimensions. These are translated into a set of named axes: • A represents the mass axis • B represents the time axis • C represents the field axis Within this system, we observe various arrangements of these elements through permutations of two or three elements at a time. These arrangements are considered directional or ordered combinations. All possible ordered combinations of three elements are included: • Mass followed by time followed by field • Field followed by mass followed by time • Field followed by time followed by mass • Mass followed by field followed by time • Time followed by mass followed by field • Time followed by field followed by mass These represent distinct pathways or interactions across three conceptual dimensions and serve as building blocks of a symbolic existence map. Next, we consider all possible ordered combinations of two elements: • Mass followed by time • Mass followed by field • Field followed by time • Field followed by mass • Time followed by field • Time followed by mass These two-element paths represent simpler interactions or connections between any two dimensions in the system. Further, the framework includes composite interactions formed by pairing these two-element combinations into recursive products. These are meant to simulate interwoven or feedback-based processes: • The interaction between mass and time multiplied by the interaction between mass and field • The interaction between mass and field multiplied by the interaction between field and time • The interaction between field and time multiplied by the interaction between mass and time Altogether, the Stone Coordinates Framework serves as a quantum spatial-mapping model to represent abstracted existence within an interactional space composed of mass, time, and field. It allows exploration of state evolution, resonance structures, and recursive relationships, forming a base model for higher-dimensional theories such as symbolic intelligence, resonance-driven existence, and quantum logic geometry.