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Krueper, Gregory ; Yu, Charles ; Libby, Stephen_B ; Mellors, Robert ; Cohen, Lior ; Gopinath, Juliet_T ( , Optics Express)
Experimental limitations such as optical loss and noise have prevented entanglement-enhanced measurements from demonstrating a significant quantum advantage in sensitivity. Holland-Burnett entangled states can mitigate these limitations and still present a quantum advantage in sensitivity. Here we model a fiber-based Mach-Zehnder interferometer with internal loss, detector efficiency, and external phase noise and without pure entanglement. This model features a practical fiber source that transforms the two-mode squeezed vacuum (TMSV) into Holland-Burnett entangled states. We predict that a phase sensitivity 28% beyond the shot noise limit is feasible with current technology. Simultaneously, a TMSV source can provide about 25 times more photon flux than other entangled sources. This system will make fiber-based quantum-enhanced sensing accessible and practical for remote sensing and probing photosensitive materials.
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Krueper, Gregory R. ; Mellors, Robert ; Yu, Charles ; Libby, Stephen B. ; Messerly, Michael ; Gopinath, Juliet T. ( , Conference on Lasers and Electrooptics)
Fiber-based interferometry with entangled photons can provide sub-shot-noise resolution, which is ideal for photon-starved applications. Simulations demonstrate that measurements with realistic losses and other imperfections show quantum-enhanced phase resolution for practical applications.
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Matoza, Robin S. ; Fee, David ; Assink, Jelle D. ; Iezzi, Alexandra M. ; Green, David N. ; Kim, Keehoon ; Toney, Liam ; Lecocq, Thomas ; Krishnamoorthy, Siddharth ; Lalande, Jean-Marie ; et al ( , Science)
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Liu, Fang ; Fu, Pengcheng ; Mellors, Robert J. ; Plummer, Mitchell A. ; Ali, Syed Tabrez ; Reinisch, Elena C. ; Liu, Qi ; Feigl, Kurt L. ( , Journal of Geophysical Research: Solid Earth)