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DTSTART;TZID=Europe/Berlin:20251124T110000
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SUMMARY:Eyuri Wakakuwa on "Detectability of post-Newtonian classical and quantum gravity via quantum clock interferometry"
DESCRIPTION:Space Science @ Drop Tower Seminar via Zoom\nAbstract:\nUnderstanding physical phenomena at the intersection of quantum mechanics and general relativity remains a major challenge in modern physics. While various experimental approaches have been proposed to probe quantum systems in curved spacetime\, most focus on the Newtonian regime\, leaving post-Newtonian effects such as frame dragging largely unexplored. In this study\, we propose and theoretically analyze an experimental scheme to investigate how post-Newtonian gravity affects quantum systems. We consider two setups: (i) a quantum clock interferometry setup designed to detect the gravitational field of a rotating mass\, and (ii) a scheme exploring whether such effects could be used to generate gravity-induced entanglement. Due to the symmetry of the configuration\, the proposed setup is insensitive to Newtonian gravitational contributions but remains sensitive to the frame-dragging effect. Furthermore\, our scheme allows for testing whether the observed gravity-induced entanglement is consistent with the quantum equivalence principle. While the predicted effects appear too small to detect with current technology\, our scheme offers a starting point for future experiments probing post-Newtonian quantum gravitational effects. \nThe seminar will take place online:\nhttps://uni-bremen.zoom-x.de/j/4651981280\nMeeting ID: 465 198 1280\nPW: gravi
URL:https://qvls.de/event/eyuri-wakakuwa-on-detectability-of-post-newtonian-classical-and-quantum-gravity-via-quantum-clock-interferometry/
LOCATION:Niedersachsen
CATEGORIES:Bildung
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