Towards generation of entangled photon in system of two interacting semiconductor position-based qubits

Philosophy and mathematical methodology of generation of entangled photon pair is presented for the case of 2 electrostatically coupled semiconductor single-electron lines. Electrostatic metallic gates are used in order to generate Rabi oscillations among 3 energetic levels occupied by each single-electron line, so two entangled photons are generated. Two single-electron lines are interacting via Coulomb interaction and are subjected to the time-dependent electric field of metallic gates.