Matches in SemOpenAlex for { <https://semopenalex.org/work/W2552637026> ?p ?o ?g. }
- W2552637026 abstract "Via the application of a parallel magnetic field, we induce a single-layer to bilayer transition in two-dimensional electron systems confined to wide GaAs quantum wells and study the geometric resonance of composite fermions (CFs) with a periodic density modulation in our samples. The measurements reveal that CFs exist close to bilayer quantum Hall states, formed at Landau level filling factors ν=1 and 1/2. Near ν=1, the geometric resonance features are consistent with half the total electron density in the bilayer system, implying that CFs prefer to stay in separate layers and exhibit a two-component behavior. In contrast, close to ν=1/2, CFs appear single-layer-like (single component) as their resonance features correspond to the total density.Received 12 September 2016DOI:https://doi.org/10.1103/PhysRevLett.117.246801© 2016 American Physical SocietyPhysics Subject Headings (PhySH)Research AreasBallistic transportQuantum Hall effectPhysical SystemsTwo-dimensional electron gasTechniquesHall barResistivity measurementsCondensed Matter, Materials & Applied Physics" @default.
- W2552637026 created "2016-11-30" @default.
- W2552637026 creator A5019418523 @default.
- W2552637026 creator A5021866554 @default.
- W2552637026 creator A5048819613 @default.
- W2552637026 creator A5072693225 @default.
- W2552637026 creator A5074051185 @default.
- W2552637026 creator A5081970827 @default.
- W2552637026 date "2016-12-06" @default.
- W2552637026 modified "2023-10-15" @default.
- W2552637026 title "Geometric Resonance of Composite Fermions near Bilayer Quantum Hall States" @default.
- W2552637026 cites W1016198727 @default.
- W2552637026 cites W1497046626 @default.
- W2552637026 cites W1514274172 @default.
- W2552637026 cites W1533584253 @default.
- W2552637026 cites W1622361946 @default.
- W2552637026 cites W1782853831 @default.
- W2552637026 cites W1882952139 @default.
- W2552637026 cites W1973658396 @default.
- W2552637026 cites W1977887329 @default.
- W2552637026 cites W1980210468 @default.
- W2552637026 cites W1995326714 @default.
- W2552637026 cites W1995680910 @default.
- W2552637026 cites W1997835917 @default.
- W2552637026 cites W2004586577 @default.
- W2552637026 cites W2005157468 @default.
- W2552637026 cites W2013045705 @default.
- W2552637026 cites W2023549793 @default.
- W2552637026 cites W2034083701 @default.
- W2552637026 cites W2043551357 @default.
- W2552637026 cites W2054355987 @default.
- W2552637026 cites W2055424040 @default.
- W2552637026 cites W2065036378 @default.
- W2552637026 cites W2069576749 @default.
- W2552637026 cites W2071427216 @default.
- W2552637026 cites W2074611355 @default.
- W2552637026 cites W2075980613 @default.
- W2552637026 cites W2077078089 @default.
- W2552637026 cites W2080702818 @default.
- W2552637026 cites W2086548627 @default.
- W2552637026 cites W2088746433 @default.
- W2552637026 cites W2091596086 @default.
- W2552637026 cites W2093121932 @default.
- W2552637026 cites W2107617832 @default.
- W2552637026 cites W2122289840 @default.
- W2552637026 cites W2156237537 @default.
- W2552637026 cites W2168933666 @default.
- W2552637026 cites W2174568001 @default.
- W2552637026 cites W2230212665 @default.
- W2552637026 cites W2235968111 @default.
- W2552637026 cites W2257561244 @default.
- W2552637026 cites W2270938370 @default.
- W2552637026 cites W2272916383 @default.
- W2552637026 cites W2280623738 @default.
- W2552637026 cites W2297066499 @default.
- W2552637026 cites W2329349740 @default.
- W2552637026 cites W2339553111 @default.
- W2552637026 cites W2339831328 @default.
- W2552637026 cites W2475179375 @default.
- W2552637026 cites W3022026775 @default.
- W2552637026 cites W3109489678 @default.
- W2552637026 cites W591678426 @default.
- W2552637026 cites W619967010 @default.
- W2552637026 doi "https://doi.org/10.1103/physrevlett.117.246801" @default.
- W2552637026 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/28009213" @default.
- W2552637026 hasPublicationYear "2016" @default.
- W2552637026 type Work @default.
- W2552637026 sameAs 2552637026 @default.
- W2552637026 citedByCount "11" @default.
- W2552637026 countsByYear W25526370262016 @default.
- W2552637026 countsByYear W25526370262017 @default.
- W2552637026 countsByYear W25526370262018 @default.
- W2552637026 countsByYear W25526370262019 @default.
- W2552637026 countsByYear W25526370262020 @default.
- W2552637026 countsByYear W25526370262021 @default.
- W2552637026 countsByYear W25526370262022 @default.
- W2552637026 countsByYear W25526370262023 @default.
- W2552637026 crossrefType "journal-article" @default.
- W2552637026 hasAuthorship W2552637026A5019418523 @default.
- W2552637026 hasAuthorship W2552637026A5021866554 @default.
- W2552637026 hasAuthorship W2552637026A5048819613 @default.
- W2552637026 hasAuthorship W2552637026A5072693225 @default.
- W2552637026 hasAuthorship W2552637026A5074051185 @default.
- W2552637026 hasAuthorship W2552637026A5081970827 @default.
- W2552637026 hasBestOaLocation W25526370261 @default.
- W2552637026 hasConcept C121332964 @default.
- W2552637026 hasConcept C139210041 @default.
- W2552637026 hasConcept C145727058 @default.
- W2552637026 hasConcept C147120987 @default.
- W2552637026 hasConcept C184113097 @default.
- W2552637026 hasConcept C185592680 @default.
- W2552637026 hasConcept C192157962 @default.
- W2552637026 hasConcept C200369452 @default.
- W2552637026 hasConcept C26873012 @default.
- W2552637026 hasConcept C41625074 @default.
- W2552637026 hasConcept C50899005 @default.
- W2552637026 hasConcept C52233224 @default.
- W2552637026 hasConcept C55493867 @default.
- W2552637026 hasConcept C62520636 @default.
- W2552637026 hasConceptScore W2552637026C121332964 @default.