Matches in SemOpenAlex for { <https://semopenalex.org/work/W4367321978> ?p ?o ?g. }
- W4367321978 abstract "Surpassing the standard quantum limit and even reaching the Heisenberg limit using quantum entanglement, represents the Holy Grail of quantum metrology. However, quantum entanglement is a valuable resource that does not come without a price. The exceptional time overhead for the preparation of large-scale entangled states raises disconcerting concerns about whether the Heisenberg limit is fundamentally achievable. Here, we find a universal speed limit set by the Lieb-Robinson light cone for the quantum Fisher information growth to characterize the metrological potential of quantum resource states during their preparation. Our main result establishes a strong precision limit of quantum metrology accounting for the complexity of many-body quantum resource state preparation and reveals a fundamental constraint for reaching the Heisenberg limit in a generic many-body lattice system with bounded one-site energy. It enables us to identify the essential features of quantum many-body systems that are crucial for achieving the quantum advantage of quantum metrology, and brings an interesting connection between many-body quantum dynamics and quantum metrology." @default.
- W4367321978 created "2023-04-29" @default.
- W4367321978 creator A5002613792 @default.
- W4367321978 creator A5040072694 @default.
- W4367321978 creator A5041782247 @default.
- W4367321978 date "2023-04-27" @default.
- W4367321978 modified "2023-09-30" @default.
- W4367321978 title "Strong Quantum Metrological Limit from Many-Body Physics" @default.
- W4367321978 cites W1503304924 @default.
- W4367321978 cites W1946803487 @default.
- W4367321978 cites W1974152888 @default.
- W4367321978 cites W1977438483 @default.
- W4367321978 cites W1977658351 @default.
- W4367321978 cites W1979904902 @default.
- W4367321978 cites W1981983416 @default.
- W4367321978 cites W1985596398 @default.
- W4367321978 cites W1993122650 @default.
- W4367321978 cites W1993488859 @default.
- W4367321978 cites W1999664967 @default.
- W4367321978 cites W2003464774 @default.
- W4367321978 cites W2006051991 @default.
- W4367321978 cites W2007948277 @default.
- W4367321978 cites W2011050002 @default.
- W4367321978 cites W2011290825 @default.
- W4367321978 cites W2015876000 @default.
- W4367321978 cites W2017302690 @default.
- W4367321978 cites W2023777298 @default.
- W4367321978 cites W2038674186 @default.
- W4367321978 cites W2039019529 @default.
- W4367321978 cites W2044444923 @default.
- W4367321978 cites W2057883617 @default.
- W4367321978 cites W2062558324 @default.
- W4367321978 cites W2071434758 @default.
- W4367321978 cites W2078635972 @default.
- W4367321978 cites W2081368292 @default.
- W4367321978 cites W2083423624 @default.
- W4367321978 cites W2116735571 @default.
- W4367321978 cites W2124596515 @default.
- W4367321978 cites W2160139326 @default.
- W4367321978 cites W2193360187 @default.
- W4367321978 cites W2238521328 @default.
- W4367321978 cites W2537014938 @default.
- W4367321978 cites W2541644999 @default.
- W4367321978 cites W2621457967 @default.
- W4367321978 cites W2741460114 @default.
- W4367321978 cites W2763152578 @default.
- W4367321978 cites W2766839228 @default.
- W4367321978 cites W2767966692 @default.
- W4367321978 cites W2900639739 @default.
- W4367321978 cites W2948508498 @default.
- W4367321978 cites W2959988999 @default.
- W4367321978 cites W2964061613 @default.
- W4367321978 cites W2968583812 @default.
- W4367321978 cites W2980479080 @default.
- W4367321978 cites W2982313648 @default.
- W4367321978 cites W3020979113 @default.
- W4367321978 cites W3025024325 @default.
- W4367321978 cites W3037447387 @default.
- W4367321978 cites W3080742945 @default.
- W4367321978 cites W3100708525 @default.
- W4367321978 cites W3103634851 @default.
- W4367321978 cites W3104157705 @default.
- W4367321978 cites W3105676084 @default.
- W4367321978 cites W3105966723 @default.
- W4367321978 cites W3106113624 @default.
- W4367321978 cites W3125357912 @default.
- W4367321978 cites W3128486856 @default.
- W4367321978 cites W3168227099 @default.
- W4367321978 cites W3177478877 @default.
- W4367321978 cites W3180039530 @default.
- W4367321978 cites W3184439837 @default.
- W4367321978 cites W3198719794 @default.
- W4367321978 cites W3206464411 @default.
- W4367321978 cites W4200058913 @default.
- W4367321978 cites W4221094646 @default.
- W4367321978 cites W4224254118 @default.
- W4367321978 cites W4281478010 @default.
- W4367321978 cites W4284668349 @default.
- W4367321978 cites W4306810140 @default.
- W4367321978 cites W4312059031 @default.
- W4367321978 cites W4312126999 @default.
- W4367321978 doi "https://doi.org/10.1103/physrevlett.130.170801" @default.
- W4367321978 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/37172232" @default.
- W4367321978 hasPublicationYear "2023" @default.
- W4367321978 type Work @default.
- W4367321978 citedByCount "0" @default.
- W4367321978 crossrefType "journal-article" @default.
- W4367321978 hasAuthorship W4367321978A5002613792 @default.
- W4367321978 hasAuthorship W4367321978A5040072694 @default.
- W4367321978 hasAuthorship W4367321978A5041782247 @default.
- W4367321978 hasBestOaLocation W43673219782 @default.
- W4367321978 hasConcept C121040770 @default.
- W4367321978 hasConcept C121332964 @default.
- W4367321978 hasConcept C121864883 @default.
- W4367321978 hasConcept C139356082 @default.
- W4367321978 hasConcept C15706264 @default.
- W4367321978 hasConcept C169699857 @default.
- W4367321978 hasConcept C180214583 @default.
- W4367321978 hasConcept C186468114 @default.
- W4367321978 hasConcept C190463098 @default.