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Physica E Low-dimensional Systems and Nanostructures

Entanglement of particles as a result of their coupling through the common background zero-point radiation field

Luis de la Peña, Andrea Valdés-Hernández, Ana Marı́a Cetto

Published Jun 25, 2009• 7 citations
Publisher
DOI
10.1016/j.physe.2009.06.049

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Two noninteracting quantum systems which couple to a common environment with many degrees of freedom initially in thermal equilibrium can become entangled due to the indirect interaction mediated through this heat bath. I examine here the dynamics of reservoir-induced entanglement for a heat bath consisting of a thermal electromagnetic radiation field, such as blackbody radiation or the cosmic microwave background, and show how the effect can be understood as result of an effective induced interaction.
Two non--interacting quantum systems which couple to a common environment with many degrees of freedom initially in thermal equilibrium can become entangled due to the indirect interaction mediated through this heat bath. Depending on the coupling to the heat bath, the entanglement can even arise quasi--instantaneously between space--like separated couples Alice--Bob. I examine here the conditions for quasi--instantaneous reservoir induced entanglement for a heat bath consisting of a thermal electro--magnetic radiation field, such as black body radiation or the cosmic microwave background.