Matches in SemOpenAlex for { <https://semopenalex.org/work/W2923281036> ?p ?o ?g. }
- W2923281036 abstract "Perfect crossed Andreev reflection (CAR) is striking for high-efficiency Cooper pair splitting which bears promising applications in quantum communication. Recent experimental advances have disclosed the way to explore CAR in Dirac fermion systems under ultra-strong magnetic fields. We develop a scattering approach to study quantum Hall-superconductor-quantum Hall (QH-S-QH) junctions formed by a two-dimensional (2D) time-reversal symmetric Dirac semimetal. We propose two different setups of the hybrid junction in the quantum limit where only zeroth Landau levels are involved in transport to exploit perfect CAR. In both setups, the CAR probability can reach unity without applying bias voltage and is controllable by the magnetic field strength, junction width, length and doping of the superconductor. CAR dominates the nonlocal transport and is directly measurable by the differential conductances. We also identify a quantized spin injection per CAR event in one of the two setups. Our proposal is experimentally feasible and will be helpful for exploring high-efficiency Cooper pair splitting and spin injection in Dirac materials." @default.
- W2923281036 created "2019-04-01" @default.
- W2923281036 creator A5005949658 @default.
- W2923281036 creator A5068011712 @default.
- W2923281036 date "2019-06-28" @default.
- W2923281036 modified "2023-10-12" @default.
- W2923281036 title "Perfect Crossed Andreev Reflection in Dirac Hybrid Junctions in the Quantum Hall Regime" @default.
- W2923281036 cites W1554996260 @default.
- W2923281036 cites W1601700513 @default.
- W2923281036 cites W1606700292 @default.
- W2923281036 cites W1825643586 @default.
- W2923281036 cites W1873097378 @default.
- W2923281036 cites W1964415034 @default.
- W2923281036 cites W1975749575 @default.
- W2923281036 cites W1982569304 @default.
- W2923281036 cites W1984404759 @default.
- W2923281036 cites W1985683196 @default.
- W2923281036 cites W1989116198 @default.
- W2923281036 cites W1989840406 @default.
- W2923281036 cites W1992852610 @default.
- W2923281036 cites W1993536806 @default.
- W2923281036 cites W1996734787 @default.
- W2923281036 cites W2000538178 @default.
- W2923281036 cites W2001755358 @default.
- W2923281036 cites W2003949154 @default.
- W2923281036 cites W2006180344 @default.
- W2923281036 cites W2010335155 @default.
- W2923281036 cites W2011389284 @default.
- W2923281036 cites W2018128751 @default.
- W2923281036 cites W2020567946 @default.
- W2923281036 cites W2023664563 @default.
- W2923281036 cites W2026139617 @default.
- W2923281036 cites W2029095318 @default.
- W2923281036 cites W2029143174 @default.
- W2923281036 cites W2032076044 @default.
- W2923281036 cites W2035315214 @default.
- W2923281036 cites W2039207005 @default.
- W2923281036 cites W2045531775 @default.
- W2923281036 cites W2050471239 @default.
- W2923281036 cites W2058264795 @default.
- W2923281036 cites W2059228118 @default.
- W2923281036 cites W2082014836 @default.
- W2923281036 cites W2096094783 @default.
- W2923281036 cites W2100601794 @default.
- W2923281036 cites W2114885058 @default.
- W2923281036 cites W2116025930 @default.
- W2923281036 cites W2117734893 @default.
- W2923281036 cites W2120831645 @default.
- W2923281036 cites W2124663342 @default.
- W2923281036 cites W2125574330 @default.
- W2923281036 cites W2141518696 @default.
- W2923281036 cites W2160695824 @default.
- W2923281036 cites W2168226651 @default.
- W2923281036 cites W2237133080 @default.
- W2923281036 cites W2242496204 @default.
- W2923281036 cites W2277573220 @default.
- W2923281036 cites W2283962730 @default.
- W2923281036 cites W2312736129 @default.
- W2923281036 cites W2320338863 @default.
- W2923281036 cites W2335145399 @default.
- W2923281036 cites W2462312297 @default.
- W2923281036 cites W2517720123 @default.
- W2923281036 cites W2523816484 @default.
- W2923281036 cites W2751140026 @default.
- W2923281036 cites W2752525161 @default.
- W2923281036 cites W2762915679 @default.
- W2923281036 cites W2764060105 @default.
- W2923281036 cites W2789114901 @default.
- W2923281036 cites W2790801100 @default.
- W2923281036 cites W2884795903 @default.
- W2923281036 cites W3037308856 @default.
- W2923281036 cites W3037737784 @default.
- W2923281036 cites W3101548842 @default.
- W2923281036 cites W4252847330 @default.
- W2923281036 cites W4362128601 @default.
- W2923281036 doi "https://doi.org/10.1103/physrevlett.122.257701" @default.
- W2923281036 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31347857" @default.
- W2923281036 hasPublicationYear "2019" @default.
- W2923281036 type Work @default.
- W2923281036 sameAs 2923281036 @default.
- W2923281036 citedByCount "19" @default.
- W2923281036 countsByYear W29232810362019 @default.
- W2923281036 countsByYear W29232810362020 @default.
- W2923281036 countsByYear W29232810362021 @default.
- W2923281036 countsByYear W29232810362022 @default.
- W2923281036 countsByYear W29232810362023 @default.
- W2923281036 crossrefType "journal-article" @default.
- W2923281036 hasAuthorship W2923281036A5005949658 @default.
- W2923281036 hasAuthorship W2923281036A5068011712 @default.
- W2923281036 hasBestOaLocation W29232810362 @default.
- W2923281036 hasConcept C115260700 @default.
- W2923281036 hasConcept C121332964 @default.
- W2923281036 hasConcept C145727058 @default.
- W2923281036 hasConcept C184423171 @default.
- W2923281036 hasConcept C186453547 @default.
- W2923281036 hasConcept C191486275 @default.
- W2923281036 hasConcept C200369452 @default.
- W2923281036 hasConcept C26873012 @default.
- W2923281036 hasConcept C42704618 @default.
- W2923281036 hasConcept C50899005 @default.