Speaker
Mr
Yohei Nishino
(University of Tokyo)
Description
Quantum entanglement has recently begun to play an increasingly important role in astrophysical observations. Innovative techniques such as quantum steering, entanglement swapping, and quantum teleportation are opening new possibilities for precision measurements that surpass classical limits.
In this presentation, we provide a theoretical overview of how quantum entanglement can be applied to gravitational-wave detectors. We also discuss the potential for novel applications of entanglement through entanglement swapping between optical fields and the mechanical mirrors that constitute the interferometric detectors.
Author
Mr
Yohei Nishino
(University of Tokyo)