Matches in SemOpenAlex for { <https://semopenalex.org/work/W4293492843> ?p ?o ?g. }
- W4293492843 endingPage "14826" @default.
- W4293492843 startingPage "14819" @default.
- W4293492843 abstract "Spin-hosting graphene nanostructures are promising metal-free systems for elementary quantum spintronic devices. Conventionally, spins are protected from quenching by electronic bandgaps, which also hinder electronic access to their quantum state. Here, we present a narrow graphene nanoribbon substitutionally doped with boron heteroatoms that combines a metallic character with the presence of localized spin 1/2 states in its interior. The ribbon was fabricated by on-surface synthesis on a Au(111) substrate. Transport measurements through ribbons suspended between the tip and the sample of a scanning tunnelling microscope revealed their ballistic behavior, characteristic of metallic nanowires. Conductance spectra show fingerprints of localized spin states in form of Kondo resonances and inelastic tunnelling excitations. Density functional theory rationalizes the metallic character of the graphene nanoribbon due to the partial depopulation of the valence band induced by the boron atoms. The transferred charge builds localized magnetic moments around the boron atoms. The orthogonal symmetry of the spin-hosting state's and the valence band's wavefunctions protects them from mixing, maintaining the spin states localized. The combination of ballistic transport and spin localization into a single graphene nanoribbon offers the perspective of electronically addressing and controlling carbon spins in real device architectures." @default.
- W4293492843 created "2022-08-29" @default.
- W4293492843 creator A5011190682 @default.
- W4293492843 creator A5020345782 @default.
- W4293492843 creator A5030487390 @default.
- W4293492843 creator A5054274213 @default.
- W4293492843 creator A5068661260 @default.
- W4293492843 creator A5074369511 @default.
- W4293492843 creator A5075497431 @default.
- W4293492843 creator A5075525963 @default.
- W4293492843 creator A5079178888 @default.
- W4293492843 creator A5090774104 @default.
- W4293492843 date "2022-08-29" @default.
- W4293492843 modified "2023-10-13" @default.
- W4293492843 title "Addressing Electron Spins Embedded in Metallic Graphene Nanoribbons" @default.
- W4293492843 cites W1204378431 @default.
- W4293492843 cites W1967445304 @default.
- W4293492843 cites W1977087560 @default.
- W4293492843 cites W1983208835 @default.
- W4293492843 cites W1994535243 @default.
- W4293492843 cites W1998577936 @default.
- W4293492843 cites W2003193361 @default.
- W4293492843 cites W2010792827 @default.
- W4293492843 cites W2011301426 @default.
- W4293492843 cites W2013704237 @default.
- W4293492843 cites W2026224085 @default.
- W4293492843 cites W2029253406 @default.
- W4293492843 cites W2039222368 @default.
- W4293492843 cites W2042501221 @default.
- W4293492843 cites W2045596260 @default.
- W4293492843 cites W2047205370 @default.
- W4293492843 cites W2057968182 @default.
- W4293492843 cites W2065350818 @default.
- W4293492843 cites W2069520391 @default.
- W4293492843 cites W2104198521 @default.
- W4293492843 cites W2107360059 @default.
- W4293492843 cites W2129706268 @default.
- W4293492843 cites W2140372631 @default.
- W4293492843 cites W2148016544 @default.
- W4293492843 cites W2157674267 @default.
- W4293492843 cites W2158043072 @default.
- W4293492843 cites W2328881832 @default.
- W4293492843 cites W2415024230 @default.
- W4293492843 cites W2557273945 @default.
- W4293492843 cites W2588012695 @default.
- W4293492843 cites W2594081830 @default.
- W4293492843 cites W2772456891 @default.
- W4293492843 cites W2782866351 @default.
- W4293492843 cites W2798195057 @default.
- W4293492843 cites W2803605795 @default.
- W4293492843 cites W2804509705 @default.
- W4293492843 cites W2807197689 @default.
- W4293492843 cites W2810883428 @default.
- W4293492843 cites W2884758100 @default.
- W4293492843 cites W2886985949 @default.
- W4293492843 cites W2888078216 @default.
- W4293492843 cites W2896076283 @default.
- W4293492843 cites W2921598361 @default.
- W4293492843 cites W2936557559 @default.
- W4293492843 cites W2964114030 @default.
- W4293492843 cites W2992499060 @default.
- W4293492843 cites W2996470342 @default.
- W4293492843 cites W2998797737 @default.
- W4293492843 cites W3008317185 @default.
- W4293492843 cites W3018292583 @default.
- W4293492843 cites W3037928065 @default.
- W4293492843 cites W3098773022 @default.
- W4293492843 cites W3099020974 @default.
- W4293492843 cites W3099062589 @default.
- W4293492843 cites W3099628231 @default.
- W4293492843 cites W3107361752 @default.
- W4293492843 cites W3113095865 @default.
- W4293492843 cites W3113731317 @default.
- W4293492843 cites W3160987656 @default.
- W4293492843 cites W3165358728 @default.
- W4293492843 cites W3172786771 @default.
- W4293492843 cites W3197110286 @default.
- W4293492843 cites W3199299129 @default.
- W4293492843 cites W3205310750 @default.
- W4293492843 cites W3205523263 @default.
- W4293492843 cites W4212810593 @default.
- W4293492843 cites W4220814324 @default.
- W4293492843 cites W4221025125 @default.
- W4293492843 cites W4225640150 @default.
- W4293492843 cites W4229031782 @default.
- W4293492843 cites W4283313089 @default.
- W4293492843 doi "https://doi.org/10.1021/acsnano.2c05673" @default.
- W4293492843 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36037149" @default.
- W4293492843 hasPublicationYear "2022" @default.
- W4293492843 type Work @default.
- W4293492843 citedByCount "5" @default.
- W4293492843 countsByYear W42934928432023 @default.
- W4293492843 crossrefType "journal-article" @default.
- W4293492843 hasAuthorship W4293492843A5011190682 @default.
- W4293492843 hasAuthorship W4293492843A5020345782 @default.
- W4293492843 hasAuthorship W4293492843A5030487390 @default.
- W4293492843 hasAuthorship W4293492843A5054274213 @default.
- W4293492843 hasAuthorship W4293492843A5068661260 @default.