Metyum_Cyclic_Model_Falsifiable_Predictions

The Metyum Theory proposes that all physical structure emerges from the instability of a primordial substrate ('Metyum') at a boundary called the Planck Gap. When the local density of Metyum exceeds a critical threshold, the boundary undergoes a dielectric breakdown, releasing discrete quanta — Metionic Particles — which are the first carriers of information. These particles seed non-linear field aggregation, an exponential feedback process that gives rise to space, time, and structured matter. Because a fully static configuration is dynamically forbidden, the theory further argues that the only long-term self-consistent solution is an infinite cycle: compression, breakdown, expansion, structure formation, collapse, and return to Metyum. We formalize this narrative as a three-variable dynamical system (Metyum density M, Metionic particle density P, field intensity F), identify its conservative and dissipative parts, discuss the status of its free parameters, and propose ten falsifiable predictions ranging from black-hole interior structure to laboratory signatures at high energy