Quantum entanglement and quantum dynamics of a three level full trapped ion under a time-dependent interaction with two laser beams
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Abstract (EN)
Entanglement that is a holistic property of compound quantum systems manifests nonlocal correlations between subsystems. It is used as a new resource as real as energy in quantum information theory. In this thesis, the quantum entanglement and quantum linearity in full trapped ion-phonon system are theoretically explained in second order terms of the Lamb-Dicke parameter. In this analyzed quantum linearity created in the full ion-phonon system with respect to 10 figures. We have compared the quantum linearity via first and second order terms of Lamb-Dicke parameter.It is shown by quantum entropy that the entanglement degree has long survival. The quantum entanglement reaches the value 1 and drops to zero.
Author
Kemal Kara
How to Cite
Kemal Kara (Master Thesis). Quantum entanglement and quantum dynamics of a three level full trapped ion under a time-dependent interaction with two laser beams, 2014, Afyon Kocatepe University.
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