PHASE SYNCHRONIZATION OF TWO DEUTERIUM AS A CONDITION FOR DD SYNTHESIS.

In this work, the phase dynamics of a system of two deuterium (four nucleons: two protons and two neutrons) is numerically studied using the Kuramoto model adapted for the nuclear scale. It is shown that at realistic values of the strong interaction (intranuclear coupling K = 100, internuclear K = 5), the system achieves phase synchronization in a time of about 6.6 fs. The phase difference between the particles is an integer number of periods (Δφ = 2π), which is equivalent to full coherence in the quantum sense. The result obtained indicates the fundamental possibility of controlled DD synthesis without heating, due to phase synchronization. Engineering applications and pilot plant parameters are discussed.