Sub-standard quantum limit estimation precision for a wide resources range

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Author(s)
Cimini, V
Belliardo, F
Polino, E
Hoch, F
Piccirillo, B
Spagnolo, N
Giovannetti, V
Sciarrino, F
Griffith University Author(s)
Polino, Emanuele
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Date
2023
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San Jose, United States

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Abstract

Quantum metrology protocols need to face several issues when implemented in realistic scenarios. Here, we experimentally demonstrate quantum-enhanced estiamtion precisions in both a single and multiparameter framework maintained for an exceptionally large range of resources.

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CLEO 2023: Fundamental Science

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10.1364/CLEO_FS.2023.FTu4A.2
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Quantum optics and quantum optomechanics

Classical physics

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http://hdl.handle.net/10072/429674
Citation

Cimini, V; Belliardo, F; Polino, E; Hoch, F; Piccirillo, B; Spagnolo, N; Giovannetti, V; Sciarrino, F, Sub-standard quantum limit estimation precision for a wide resources range, CLEO 2023: Fundamental Science, 2023

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