Occurrence Analysis and Presence Probability of Quantum Cavity System in Different Energy Level States of Different Coupling Regimes with Fock Initial Condition

In this paper the behavior patterns of the cavity quantum electrodynamics of complex systems are analyzed. Such systems are quantum optics multi-partite systems and consist of an arbitrary number of quantum dots in interaction with arbitrary number of cavity modes. First, the coefficients matrix of the ket sate of the system was measured, in order to achieve it. Its related Hamiltonian was written, and finally the Schrodinger equation was measured in different coupling regimes. It was done in Schrodinger picture. The presence probabilities of the quantum dots of any arbitrary system in their different energy level states were measured.