Heavy d-electron quasiparticle interference and real-space electronic structure of Sr₃Ru₂O₇

As well as providing subatomic-scale real-space images of metals, the scanning tunnelling microscope also reveals momentum–space information. Now it is possible to use this technique to image a heavy-electron liquid and obtain information on orbital structures. The intriguing idea that strongly inte...

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Detalles Bibliográficos
Autores principales: Lee, Jinho, Allan, Milan P., Wang, M. A., Farrell, J., Grigera, Santiago Andrés, Baumberger, Felix, Davis, J. C., Mackenzie, Andrew P.
Formato: Articulo
Lenguaje:Inglés
Publicado: 2009
Materias:
Acceso en línea:http://sedici.unlp.edu.ar/handle/10915/123869
Aporte de:
id I19-R120-10915-123869
record_format dspace
institution Universidad Nacional de La Plata
institution_str I-19
repository_str R-120
collection SEDICI (UNLP)
language Inglés
topic Física
Condensed-matter physics
Quantum states
Spectroscopic imaging scanning tunnelling microscopy
spellingShingle Física
Condensed-matter physics
Quantum states
Spectroscopic imaging scanning tunnelling microscopy
Lee, Jinho
Allan, Milan P.
Wang, M. A.
Farrell, J.
Grigera, Santiago Andrés
Baumberger, Felix
Davis, J. C.
Mackenzie, Andrew P.
Heavy d-electron quasiparticle interference and real-space electronic structure of Sr₃Ru₂O₇
topic_facet Física
Condensed-matter physics
Quantum states
Spectroscopic imaging scanning tunnelling microscopy
description As well as providing subatomic-scale real-space images of metals, the scanning tunnelling microscope also reveals momentum–space information. Now it is possible to use this technique to image a heavy-electron liquid and obtain information on orbital structures. The intriguing idea that strongly interacting electrons can generate spatially inhomogeneous electronic liquid-crystalline phases is over a decade old, but these systems still represent an unexplored frontier of condensed-matter physics. One reason is that visualization of the many-body quantum states generated by the strong interactions, and of the resulting electronic phases, has not been achieved. Soft condensed-matter physics was transformed by microscopies that enabled imaging of real-space structures and patterns. A candidate technique for obtaining equivalent data in the purely electronic systems is spectroscopic imaging scanning tunnelling microscopy (SI-STM). The core challenge is to detect the tenuous but ‘heavy’ momentum (k)-space components of the many-body electronic state simultaneously with its real-space constituents. Sr₃Ru₂O₇ provides a particularly exciting opportunity to address these issues. It possesses a very strongly renormalized ‘heavy’ d-electron Fermi liquid and exhibits a field-induced transition to an electronic liquid-crystalline phase. Finally, as a layered compound, it can be cleaved to present an excellent surface for SI-STM.
format Articulo
Articulo
author Lee, Jinho
Allan, Milan P.
Wang, M. A.
Farrell, J.
Grigera, Santiago Andrés
Baumberger, Felix
Davis, J. C.
Mackenzie, Andrew P.
author_facet Lee, Jinho
Allan, Milan P.
Wang, M. A.
Farrell, J.
Grigera, Santiago Andrés
Baumberger, Felix
Davis, J. C.
Mackenzie, Andrew P.
author_sort Lee, Jinho
title Heavy d-electron quasiparticle interference and real-space electronic structure of Sr₃Ru₂O₇
title_short Heavy d-electron quasiparticle interference and real-space electronic structure of Sr₃Ru₂O₇
title_full Heavy d-electron quasiparticle interference and real-space electronic structure of Sr₃Ru₂O₇
title_fullStr Heavy d-electron quasiparticle interference and real-space electronic structure of Sr₃Ru₂O₇
title_full_unstemmed Heavy d-electron quasiparticle interference and real-space electronic structure of Sr₃Ru₂O₇
title_sort heavy d-electron quasiparticle interference and real-space electronic structure of sr₃ru₂o₇
publishDate 2009
url http://sedici.unlp.edu.ar/handle/10915/123869
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