This paper, the fifth in a series of 5 papers summarising Temporal Mechanics, presents the over-arching and underlying idea of a “logistic” of time-space, as a process of having proposed new definitions for time and space to then deliver via theoretic modelling more ideal results than achieved by Einstein’s special and general relativity, quantum mechanics, and the standard model of particles, namely delivering the same basic constants and metrics for known particle and associated field phenomena, while then proposing a next step for theoretic development, namely quantum-based and Planck-scaled particle mass and associated gravity; here, Temporal Mechanics is able to derive the lightest particle by understanding how a DIR (destructive interference resonance) of a Planck length would lead to particle formation, and not just particle formation, yet the formulation of a basic Planck scaled theory of gravity, correctly deriving the value of “G” from the elementary particle level.