This theory describes the restructuring mechanisms of atomic assemblies shaped and sustained by quantum fields. Aiming for a lower energy state, the atomic medium continuously reorganizes, generating an inverse repulsive force and local stiffening proportional to deformation. These microscopic mechanisms give rise, at the macroscopic scale, to inertia, wave propagation, and Doppler energy effects. The following sections outline the theoretical framework, mathematical formulation, and forty-four numerical test cases (1D, 3D, Doppler and energy cost).
Stéphane Blanchet (Wed,) studied this question.