consider the conceptual model of particle as a polyhedral structure.
consider further, the [pred] values are an average, or a centroid of sort, related to a dynamic process, as a result, the straight edges, and faces of the polyhedron dont exist, they are virtual. what is actual is the variation of "curvature" as the object oscillates, further consider that [diff] is a measure of deviation that is in line with [exp] values.
Because AI has been in the center of the debate so far, I ran your comment through my AI system, and it concluded that you captured the essence of the model perfectly: the polyhedra are topological standing waves, and the edges are nodal lines. So [Pred] is the geometric attractor, and [Diff] is the amplitude of the oscillation around that limit. As I understand it myself, the polyhedra don't exist as real solids, but as an optimized way to distribute the intensity of the oscillation. Does this perspective make the results physically plausible in your view?
attached is the question of what is "oscillating" ?
is matter, composed of "spacetime" possessed of disequilibrial state?
or is matter something different than the surrounding "substance"?
where does the phenomenal energy originate to drive a proton for the duration of its existance [decay rate]. is there some topologic ultrastructure that constrains geometry and drives the process of being a proton?
consider further, the [pred] values are an average, or a centroid of sort, related to a dynamic process, as a result, the straight edges, and faces of the polyhedron dont exist, they are virtual. what is actual is the variation of "curvature" as the object oscillates, further consider that [diff] is a measure of deviation that is in line with [exp] values.