This paper derives the sequential physical emergence of all four fundamental forces from the Spaticle field substrate established across the preceding sixteen papers of the Big Flare-Up Theory, and identifies the order and mechanism by which each force arises. Gravity is derived as the substrate's own mechanical restoring response to deformation by mass, rather than an externally imposed feature of spacetime; this account connects directly to the modified gravitational field equations validated against 175 galaxy rotation curves in BFUT Paper 18. Charge is derived as the persistent rotational asymmetry of a compact condensation's internal Spaticle configuration, produced directly by the Paper 16 bifurcation, and electromagnetic propagation is derived as the time-varying polarised wave generated by a moving charge asymmetry travelling through the Spaticle medium. Five distinctive properties of electromagnetism, bidirectionality, long range, shieldability, finite propagation speed, and information richness, are derived from substrate physics with no additional postulates. The weak force is derived from a transformation-capable internal topology: the large substrate reorganisation energy required explains the mediating particles' mass, and parity violation is derived as a structural asymmetry in the direction of internal reconfiguration. Having derived the physical origin of all four forces, the paper unifies them within a single interpretive framework in which each force functions as a fundamental sensing channel, with formal definitions and testable predictions developed for the correspondence between physical force and informational sense.
Vijay Shankar Sharma (Sun,) studied this question.