Matches in SemOpenAlex for { <https://semopenalex.org/work/W2616054849> ?p ?o ?g. }
- W2616054849 abstract "Multi-Weyl semimetals are a kind of topological phase of matter with discrete Weyl nodes characterized by multiple monopole charges, in which the chiral anomaly, the anomalous nonconservation of an axial current, occurs in the presence of electric and magnetic fields. Electronic transport properties related to the chiral anomaly in the presence of both electromagnetic fields and axial electromagnetic fields in multi-Weyl semimetals are systematically studied. It has been found that the anomalous Hall conductivity has a modification linear in the axial vector potential from inhomogeneous strains. The axial electric field leads to an axial Hall current that is proportional to the distance of Weyl nodes in momentum space. This axial current may generate chirality accumulation of Weyl fermions through delicately engineering the axial electromagnetic fields even in the absence of external electromagnetic fields. Therefore, this work provides a nonmagnetic mechanism of generation of chirality accumulation in Weyl semimetals and might shed new light on the application of Weyl semimetals in the emerging field of valleytronics." @default.
- W2616054849 created "2017-05-26" @default.
- W2616054849 creator A5000945554 @default.
- W2616054849 creator A5083351065 @default.
- W2616054849 creator A5089174836 @default.
- W2616054849 date "2017-08-04" @default.
- W2616054849 modified "2023-10-15" @default.
- W2616054849 title "Topological responses from chiral anomaly in multi-Weyl semimetals" @default.
- W2616054849 cites W1456169536 @default.
- W2616054849 cites W1484166007 @default.
- W2616054849 cites W1514707913 @default.
- W2616054849 cites W1538696681 @default.
- W2616054849 cites W1552981254 @default.
- W2616054849 cites W1567637531 @default.
- W2616054849 cites W1585733563 @default.
- W2616054849 cites W1612996888 @default.
- W2616054849 cites W1632246489 @default.
- W2616054849 cites W1638792950 @default.
- W2616054849 cites W1745316358 @default.
- W2616054849 cites W1803923799 @default.
- W2616054849 cites W1851617766 @default.
- W2616054849 cites W1946992908 @default.
- W2616054849 cites W1947235148 @default.
- W2616054849 cites W1958894153 @default.
- W2616054849 cites W1963956003 @default.
- W2616054849 cites W1980093872 @default.
- W2616054849 cites W1980999600 @default.
- W2616054849 cites W1995175048 @default.
- W2616054849 cites W1998474538 @default.
- W2616054849 cites W2000564135 @default.
- W2616054849 cites W2015895943 @default.
- W2616054849 cites W2018084296 @default.
- W2616054849 cites W2037807652 @default.
- W2616054849 cites W2040691389 @default.
- W2616054849 cites W2041460647 @default.
- W2616054849 cites W2049923364 @default.
- W2616054849 cites W2051535210 @default.
- W2616054849 cites W2059115869 @default.
- W2616054849 cites W2066400890 @default.
- W2616054849 cites W2081981323 @default.
- W2616054849 cites W2092862335 @default.
- W2616054849 cites W2096665639 @default.
- W2616054849 cites W2108823852 @default.
- W2616054849 cites W2115709125 @default.
- W2616054849 cites W2117344949 @default.
- W2616054849 cites W2125671278 @default.
- W2616054849 cites W2128200938 @default.
- W2616054849 cites W2132568564 @default.
- W2616054849 cites W2132583691 @default.
- W2616054849 cites W2150355612 @default.
- W2616054849 cites W2161226742 @default.
- W2616054849 cites W2164735136 @default.
- W2616054849 cites W2191588972 @default.
- W2616054849 cites W2193639007 @default.
- W2616054849 cites W2215230288 @default.
- W2616054849 cites W2218693166 @default.
- W2616054849 cites W2237960243 @default.
- W2616054849 cites W2254307891 @default.
- W2616054849 cites W2258225534 @default.
- W2616054849 cites W2267507057 @default.
- W2616054849 cites W2267725624 @default.
- W2616054849 cites W2268039754 @default.
- W2616054849 cites W2292508503 @default.
- W2616054849 cites W2298183955 @default.
- W2616054849 cites W2464665418 @default.
- W2616054849 cites W2475379287 @default.
- W2616054849 cites W2518044812 @default.
- W2616054849 cites W2518409549 @default.
- W2616054849 cites W2535957337 @default.
- W2616054849 cites W2540427390 @default.
- W2616054849 cites W2552134526 @default.
- W2616054849 cites W2581461321 @default.
- W2616054849 cites W2937793707 @default.
- W2616054849 cites W2950194950 @default.
- W2616054849 cites W2963597477 @default.
- W2616054849 cites W3099583552 @default.
- W2616054849 cites W3101057342 @default.
- W2616054849 cites W3101140972 @default.
- W2616054849 cites W3101648758 @default.
- W2616054849 cites W3122911073 @default.
- W2616054849 cites W3141201028 @default.
- W2616054849 cites W4297439908 @default.
- W2616054849 cites W868314357 @default.
- W2616054849 doi "https://doi.org/10.1103/physrevb.96.085201" @default.
- W2616054849 hasPublicationYear "2017" @default.
- W2616054849 type Work @default.
- W2616054849 sameAs 2616054849 @default.
- W2616054849 citedByCount "61" @default.
- W2616054849 countsByYear W26160548492017 @default.
- W2616054849 countsByYear W26160548492018 @default.
- W2616054849 countsByYear W26160548492019 @default.
- W2616054849 countsByYear W26160548492020 @default.
- W2616054849 countsByYear W26160548492021 @default.
- W2616054849 countsByYear W26160548492022 @default.
- W2616054849 countsByYear W26160548492023 @default.
- W2616054849 crossrefType "journal-article" @default.
- W2616054849 hasAuthorship W2616054849A5000945554 @default.
- W2616054849 hasAuthorship W2616054849A5083351065 @default.
- W2616054849 hasAuthorship W2616054849A5089174836 @default.
- W2616054849 hasBestOaLocation W26160548492 @default.