Radiative Processes of Entangled Detectors in Rotating Frames
arXiv:2002.06085 · doi:10.1007/JHEP08(2020)025
Abstract
We investigate the radiative processes of accelerated entangled two-level systems. Using first-order perturbation theory, we evaluate transition rates of two entangled Unruh-DeWitt detectors rotating with the same angular velocity interacting with a massive scalar field. Decay processes for arbitrary radius, angular velocities, and energy gaps are analyzed. We discuss the mean-life of entangled states and entanglement harvesting and degradation.
arXiv commentVersion to match the one accepted in JHEP. References added, revised arguments, graphics visualization improved, typos corrected. Results unchanged. 24 pages, 23 figures
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- Signatures of gravitational wave memory in the radiative process of entangled quantum probes
- Universal role of curvature in vacuum entanglement
- Entanglement dynamics: Generalized master equation for uniformly accelerated two-level systems
- Single and entangled atomic systems in thermal bath and the Fulling-Davies-Unruh effect
- A dynamic theory of entanglement for uniformly accelerated atoms