Examine of deuteron binding energy with Quantum Computing Theory

In our study, we provided access to the quantum processors accessed via cloud services using a conventional computer, and detected the deuterium's binding energy with a very small deviation. We used the Pionless Theory of Effective Field when writing Hamil-tonian of deuteron. We compared quantum computer application of a two-nucleon system on three-cubits by comparing the exact binding energy measurement for deuteron with known values. This thesis; A study showing how nuclear structure calculations can be done on a quantum computer and how nuclear structure calculations are transferred to a quantum computer.