Matches in SemOpenAlex for { <https://semopenalex.org/work/W1518421603> ?p ?o ?g. }
- W1518421603 abstract "We have analyzed the effects of the anisotropic energy bands of phosphorene on magnetoroton branches for electrons and holes in the two Landau levels close to the band edges. We have found that the fractional quantum Hall effect gap in the lowest (highest) Landau level in the conduction (valence) band is slightly larger than that for conventional semiconductor systems and therefore the effect should be experimentally observable in phosphorene. We also found that the magnetoroton mode for both electrons and holes consists of two branches with two minima due to the anisotropy. Most importantly, in the long-wavelength limit a second mode with upward dispersion, well separated from the magnetoroton mode was found to appear, that is entirely a consequence of the anisotropy in the system. These novel features of the collective mode, unique to phosphorene, can be observed in resonant inelastic light-scattering experiments." @default.
- W1518421603 created "2016-06-24" @default.
- W1518421603 creator A5057451459 @default.
- W1518421603 creator A5080045156 @default.
- W1518421603 date "2015-10-09" @default.
- W1518421603 modified "2023-09-25" @default.
- W1518421603 title "Aspects of anisotropic fractional quantum Hall effect in phosphorene" @default.
- W1518421603 cites W1506419662 @default.
- W1518421603 cites W1509724473 @default.
- W1518421603 cites W1542199404 @default.
- W1518421603 cites W1579724179 @default.
- W1518421603 cites W1596779608 @default.
- W1518421603 cites W1802005083 @default.
- W1518421603 cites W1972971727 @default.
- W1518421603 cites W1976255287 @default.
- W1518421603 cites W1992384925 @default.
- W1518421603 cites W2000857847 @default.
- W1518421603 cites W2003464396 @default.
- W1518421603 cites W2010711237 @default.
- W1518421603 cites W2014389227 @default.
- W1518421603 cites W2020609695 @default.
- W1518421603 cites W2021662735 @default.
- W1518421603 cites W2031985211 @default.
- W1518421603 cites W2033399478 @default.
- W1518421603 cites W2038817716 @default.
- W1518421603 cites W2041311241 @default.
- W1518421603 cites W2048199597 @default.
- W1518421603 cites W2058888332 @default.
- W1518421603 cites W2060491021 @default.
- W1518421603 cites W2064115582 @default.
- W1518421603 cites W2064536413 @default.
- W1518421603 cites W2068994103 @default.
- W1518421603 cites W2077484168 @default.
- W1518421603 cites W2079158195 @default.
- W1518421603 cites W2081607141 @default.
- W1518421603 cites W2084308318 @default.
- W1518421603 cites W2085406824 @default.
- W1518421603 cites W2085675108 @default.
- W1518421603 cites W2086291911 @default.
- W1518421603 cites W2087507937 @default.
- W1518421603 cites W2094421629 @default.
- W1518421603 cites W2094679283 @default.
- W1518421603 cites W2115786064 @default.
- W1518421603 cites W2127004945 @default.
- W1518421603 cites W2133987216 @default.
- W1518421603 cites W2137705552 @default.
- W1518421603 cites W2141562470 @default.
- W1518421603 cites W2148699021 @default.
- W1518421603 cites W2150315430 @default.
- W1518421603 cites W2151516307 @default.
- W1518421603 cites W2156725987 @default.
- W1518421603 cites W2164775873 @default.
- W1518421603 cites W2489739025 @default.
- W1518421603 cites W2507878815 @default.
- W1518421603 cites W2598768751 @default.
- W1518421603 cites W3102008106 @default.
- W1518421603 cites W3103091354 @default.
- W1518421603 cites W3104448469 @default.
- W1518421603 cites W3106525853 @default.
- W1518421603 cites W348818854 @default.
- W1518421603 cites W399607789 @default.
- W1518421603 doi "https://doi.org/10.1103/physrevb.92.165409" @default.
- W1518421603 hasPublicationYear "2015" @default.
- W1518421603 type Work @default.
- W1518421603 sameAs 1518421603 @default.
- W1518421603 citedByCount "19" @default.
- W1518421603 countsByYear W15184216032016 @default.
- W1518421603 countsByYear W15184216032017 @default.
- W1518421603 countsByYear W15184216032018 @default.
- W1518421603 countsByYear W15184216032019 @default.
- W1518421603 countsByYear W15184216032020 @default.
- W1518421603 countsByYear W15184216032021 @default.
- W1518421603 countsByYear W15184216032022 @default.
- W1518421603 countsByYear W15184216032023 @default.
- W1518421603 crossrefType "journal-article" @default.
- W1518421603 hasAuthorship W1518421603A5057451459 @default.
- W1518421603 hasAuthorship W1518421603A5080045156 @default.
- W1518421603 hasBestOaLocation W15184216032 @default.
- W1518421603 hasConcept C108225325 @default.
- W1518421603 hasConcept C121332964 @default.
- W1518421603 hasConcept C145727058 @default.
- W1518421603 hasConcept C147120987 @default.
- W1518421603 hasConcept C177562468 @default.
- W1518421603 hasConcept C181966813 @default.
- W1518421603 hasConcept C200369452 @default.
- W1518421603 hasConcept C26873012 @default.
- W1518421603 hasConcept C2777208637 @default.
- W1518421603 hasConcept C29169072 @default.
- W1518421603 hasConcept C50899005 @default.
- W1518421603 hasConcept C520434653 @default.
- W1518421603 hasConcept C62520636 @default.
- W1518421603 hasConcept C66870719 @default.
- W1518421603 hasConcept C85725439 @default.
- W1518421603 hasConceptScore W1518421603C108225325 @default.
- W1518421603 hasConceptScore W1518421603C121332964 @default.
- W1518421603 hasConceptScore W1518421603C145727058 @default.
- W1518421603 hasConceptScore W1518421603C147120987 @default.
- W1518421603 hasConceptScore W1518421603C177562468 @default.
- W1518421603 hasConceptScore W1518421603C181966813 @default.
- W1518421603 hasConceptScore W1518421603C200369452 @default.