Entanglement of a two-particle Gaussian state interacting with a heat bath

Details Entanglement of a two-particle Gaussian state interacting with a heat bath Entanglement of a two-particle Gaussian state interacting with a heat bath

2010-04-26

arxiv.org/abs/1004.4515v2

Physics

Quantum Physics

Scientific paper

The effect of a thermal reservoir is investigated on a bipartite Gaussian state. We derive a pre-Lindblad master equation in the non-rotating wave approximation for the system. We then solve the master equation for a bipartite harmonic oscillator Hamiltonian with entangled initial state. We show that for strong damping the loss of entanglement is the same as for freely evolving particles. However, if the damping is small, the entanglement is shown to oscillate and eventually tend to a constant nonzero value.

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