A High-resolution Entangled Quantum Imaging Method Based on Elamassie underwater Weak-turbulence environment

In this paper, based on quantum optics theory and underwater propagation characteristics, a method of entangled photon quantum imaging based on Elamassie weak ocean environment is proposed to solve the problem of low imaging resolution of targets in the ocean environment. First, we designed an imaging optical path that can be used in the weak turbulence environment. Secondly, based on the propagation characteristics of weak turbulence environment, we propose an underwater correlation algorithm based on Elamissie turbulence power spectrum model. Finally, we set up the relevant experimental environment according to the designed imaging optical path, The experiment of the influence of different seawater characteristic parameters on the resolution of the imaging optical path of entangled light quantum is carried out. According to the experimental results, we verify the correctness of the design system.