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Calculating bond states, mass spectrum, spin-orbits coupling, wavefunction, and energy levels is an important part of the challenges facing hyperclear physics. There is currently no complete and practical method for obtaining the parameters mentioned in light and heavy hypernuclei; On the other hand, the available relations do not include the relativistic effects of the interaction on all the physical parameters of the constrained structure. Therefore, due to the importance of the subject, in this article, we will analyze the challenge by referring to the principles of quantum field theory and the method of oscillator representation and its normalization of creation and annihilation operators. The proposed solution, considering the relativistic effects of the bound system, is presented as a mass-potential plugging for calculating the parameters of hypernuclei. The most important theoretical achievement presented in this paper is relativistic corrections on the mass and interaction potential of hypernuclei, which so far in other research studies, the results of relativistic effects have not been considered.

Keywords: Light and Heavy hyper nuclei, Oscillator representation method, Relativistic corrections.

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