Stimulated nuclear fusion, for energy recovery, is induced using beam of gamma quanta of energy corresponding to binding energy released as gamma quantum on target nuclei fusion

摘要

Stimulated nuclear fusion induction uses a beam of gamma quanta of energy corresponding to the binding energy released as a psi quantum on target nuclei fusion. Nuclear fusion is induced by directing a high energy psi -quantum beam onto a target material containing fusible nuclei (K1, K2), the energy of the psi -quanta being chosen to correspond to the binding energy released in the form of a psi -quantum on fusion of the nuclei (K1K2 = K1 + psi ), thus initiating stimulated psi -quantum emission with nuclear fusion ( psi + K1K2 = K3 + 2 psi ). Preferred Features: The target material comprises liquid or solid hydrogen-deuterium molecules.