Computer Simulation for Quantum Tomography
Bohdan Yavorskyy · 2020 IEEE 15th International Conference on Computer Sciences and Information Technologies (CSIT) · 2020
Is proposed numerical method for simulation reconstruction quantum states of light's harmonics in homodyne tomography. Had been investigated the homodyne processing of discretized and quantized function of sine that was used as model of light's harmonic. In results were obtained the representations of the squeezed quantum amplitude-phase and vacuum states, as well as vacuum and coherent (displaced) quantum states. The computing simulation model parameters have been identified, and estimated. Graphics images of quantum states are presented; future using of obtained results for quantum tomography are discussed.