Publication

Sensing and tracking enhanced by quantum squeezing

01/06/2019

Xu, C; Zhang, LD; Huang, ST; Ma, TX; Liu, F; Yonezawa, H; Zhang, Y; Xiao, M

PHOTONICS RESEARCH, 7, A14 (2019)

Sensing and tracking enhanced by quantum squeezing

Quantum sensing, along with quantum communications and quantum computing, is commonly considered as the most important application of quantum optics. Among the quantum-sensing experiments, schemes based on squeezed states of light are popular choices due to their natural quadrature components. Since the first experimental demonstration of quantum-squeezing-enhanced phase measurement beyond the shot-noise limit in 1987, quantum-squeezing techniques toward practical sensing and tracking have been extensively investigated. In this paper, we briefly review the recent developments of quantum squeezing and its applications in several advanced systems for measurements of position, rotation, dynamic motion, magnetic fields, and gravitational waves. We also introduce the recent experimental efforts to combine the quantum-squeezing lights into fiber sensing systems.

University: UNSW Sydney

Authors Centre Participants: Dr. Hidehiro Yonezawa, Xu, C; Zhang, LD; Huang, ST; Ma, TX; Liu, F; Zhang, Y; Xiao, M

Source: Other

Publication Type: Refereed Journal article

DOI Link: DOI Link

Filter By
Year
Publication Type
Programs