Extreme Cosmology, Black Holes, and Evolutionary Mechanics in TTDS - Part VI

The Topological Theory of Deformed Space (TTDS) proposes a fundamental paradigm shift in theoretical physics, replacing the smooth spacetime continuum of General Relativity (GR) with a 100% elastic, discrete matrix of 3D+1 Planck cells. The model reduces relativistic and quantum phenomena to rigorous engineering mechanics and strength of materials. In TTDS, the Planck Mass () ceases to be an arbitrary constant, becoming the physical Ultimate Tensile Strength for a single lattice cell. The theory eliminates mathematical singularities by introducing hard topological cores in black holes, and mechanically proves the Equivalence Principle by dividing particle structure into Topological Depth () and an active shell (). Motion is defined as a cascading reconfiguration of the lattice state, which objectifies the passage of time and resolves the Twin Paradox without appealing to the relativity of perspective. Ultimately, TTDS describes the Big Bang and the inflation phase not as the creation of space from nothing, but as a cascading, mechanical relaxation of trapped volume (the decay of nodes with high ), occurring after the critical limit of lattice stress is exceeded.