New Aspects on Non-Linear Time-Dependent Atom-Field Interactions - Korashy, Sameh;El-Shahat, Tarek;Abdel-Aty, Mahmoud
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We investigate some new features of different nonlinear time-dependent models. We consider the time-dependent interaction between an atom (or more) and cavity field for one-mode and two-mode cavity fields. The idea of using the explicit time-dependence on the atom-field couplings, but for extended models are presented. The models describe one- and two-photon process and include detuning parameters, nonlinear Kerr-medium, Stark-shift and intensity-dependent coupling. Numerical investigations are used to test the quantum entanglement, geometric phase, atomic population inversion, phase properties and some statistical properties.…mehr

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Produktbeschreibung
We investigate some new features of different nonlinear time-dependent models. We consider the time-dependent interaction between an atom (or more) and cavity field for one-mode and two-mode cavity fields. The idea of using the explicit time-dependence on the atom-field couplings, but for extended models are presented. The models describe one- and two-photon process and include detuning parameters, nonlinear Kerr-medium, Stark-shift and intensity-dependent coupling. Numerical investigations are used to test the quantum entanglement, geometric phase, atomic population inversion, phase properties and some statistical properties.
Autorenporträt
I received the PhD degree in Mathematics at Sohag University, Egypt. My research interests are in the areas of applied mathematics, quantum optics, quantum information and quantum algorithm. I have published research articles in reputed international journals of mathematical and Physical sciences.