A Force Synthesis

Animation description: Upon hammering, the upper unit cell is forced into the lower lattice, generating intense localized stress, lattice distortion, and interfacial deformation. This mechanical energy overcomes diffusion and activation barriers that are otherwise inaccessible under conventional thermal conditions. The imposed stress induces bond rearrangement, defect formation, and atomic-scale mixing at the interface, leading to the formation of a mechanically synthesized phase. Such force-mediated lattice penetration promotes non-equilibrium structures, enhanced strain accommodation, and metastable phase formation. This mechanism represents a solid-state, solvent-free synthesis route where mechanical force acts as the primary driving parameter, enabling controlled structural transformation and phase evolution without external heating.