Abstract
In order to survey quantum control for Klein-Gordon-Schrodinger (K-G-S) system, consider control of physical interaction at Yukawa coupling in nucleus. Optimal control theory for K-G-S system in the electric field is initially deduced via Hamiltonian and Lagrangian methodologies. The existence of quantum optimal control is fully proved. Actually, a rational theoretical results given the possibility to control nuclei in computational and experimental issues.
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