Entanglement harvesting of accelerated detectors versus static ones in a thermal bath

We make a detailed comparison between entanglement harvesting for uniformly accelerated detectors in vacuum and static ones thermal bath at the Unruh temperature find that, small energy gap relative to Heisenberg of detectors, can harvest more possess comparatively larger harvesting-achievable range than ones; however, as grows sufficiently large, are instead likely relatively inertial bath. In with vacuum, there exist phenomena acceleration-assisted but never that thermal-noise-assisted one. A notably interesting feature is although both amount harvested interdetector separation always decreasing function temperature, they not so acceleration (Unruh temperature) varies, suggesting existence anti-Unruh effect detectors.