Micro Oscillation Monitored by Entanglement

Details Micro Oscillation Monitored by Entanglement Micro Oscillation Monitored by Entanglement

2012-02-04

arxiv.org/abs/1202.0916v1

Physics

Quantum Physics

9 pages, 3 figures

Scientific paper

The entanglement of two two-level atoms coupling a single-mode polarized cavity field is studied, taken the oscillations of centers of atoms mass into accounted, in which the system has two different initial states. The factor of oscillation of center of mass is proposed to modify the entanglement of the two atoms states. When the micro oscillations frequencies of the centers of mass are very low, the factors depend on the relative oscillation displacements and the initial phases, rather than the absolute amplitudes and reduce the entanglement to three orders of magnitude. The fact that the entanglement increases with the increase of the initial phases suggests that micro oscillation can be monitored by entanglement. A possible scheme for gravitational wave detection based on the oscillation effect is discussed.

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