Roller Coaster in a Flatland: Magnetoresistivity in Eu-Intercalated Graphite

Novel phenomena in magnetically intercalated graphite have been the subject of much research, pioneered and promoted by M. S. and G. Dresselhaus and many others in the 1980s. Among the most enigmatic findings of that era was the dramatic, roller-coaster-like behavior of the magnetoresistivity in aEu...

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Published inPhysical review. X Vol. 12; no. 2; p. 021010
Main Authors Chernyshev, A. L., Starykh, O. A.
Format Journal Article
LanguageEnglish
Published College Park American Physical Society 14.04.2022
American Physical Society (APS)
Subjects
Antiferromagnetism
antiferromagnets
Boltzmann theory
Condensed matter physics
CONDENSED MATTER PHYSICS, SUPERCONDUCTIVITY AND SUPERFLUIDITY
Conduction electrons
Configurations
electrical conductivity
Electrical resistivity
Electron spin
Electron transport
Europium
exchange interaction
Excitation
fermions
Frustrated magnetism
Graphene
Graphite
Heisenberg model
Holstein-Primakoff method
lattice models in condensed matter
Magnetic fields
Magnetic moments
magnetic phase transitions
Magnetism
Magnetoresistivity
magnetotransport
Magnets
Magnons
Materials science
noncollinear magnets
Physical properties
Roller coasters
Scattering
spin excitations
spin lattice models
spin liquid
strongly correlated systems
Superconductivity
transport phenomena
Two dimensional materials
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Abstract Novel phenomena in magnetically intercalated graphite have been the subject of much research, pioneered and promoted by M. S. and G. Dresselhaus and many others in the 1980s. Among the most enigmatic findings of that era was the dramatic, roller-coaster-like behavior of the magnetoresistivity in aEuC6compound, in which magneticEu2+ions form a triangular lattice that is commensurate to graphite honeycomb planes. In this study, we provide a long-awaited microscopic explanation of this behavior, demonstrating that the resistivity ofEuC6is dominated by spin excitations in Eu planes and their highly nontrivial evolution with the magnetic field. Together with our theoretical analysis, the present study showcases the power of the synthetic 2D materials as a source of potentially significant insights into the nature of exotic spin excitations.
AbstractList Novel phenomena in magnetically intercalated graphite have been the subject of much research, pioneered and promoted by M. S. and G. Dresselhaus and many others in the 1980s. Among the most enigmatic findings of that era was the dramatic, roller-coaster-like behavior of the magnetoresistivity in a EuC_{6} compound, in which magnetic Eu^{2+} ions form a triangular lattice that is commensurate to graphite honeycomb planes. In this study, we provide a long-awaited microscopic explanation of this behavior, demonstrating that the resistivity of EuC_{6} is dominated by spin excitations in Eu planes and their highly nontrivial evolution with the magnetic field. Together with our theoretical analysis, the present study showcases the power of the synthetic 2D materials as a source of potentially significant insights into the nature of exotic spin excitations.
Novel phenomena in magnetically intercalated graphite have been the subject of much research, pioneered and promoted by M.S. and G. Dresselhaus and many others in the 1980s. Among the most enigmatic findings of that era was the dramatic, roller-coaster-like behavior of the magnetoresistivity in a EuC6 compound, in which magnetic Eu2+ ions form a triangular lattice that is commensurate to graphite honeycomb planes. In this study, we provide a long-awaited microscopic explanation of this behavior, demonstrating that the resistivity of EuC6 is dominated by spin excitations in Eu planes and their highly nontrivial evolution with the magnetic field. Together with our theoretical analysis, the present study showcases the power of the synthetic 2D materials as a source of potentially significant insights into the nature of exotic spin excitations.
Novel phenomena in magnetically intercalated graphite have been the subject of much research, pioneered and promoted by M. S. and G. Dresselhaus and many others in the 1980s. Among the most enigmatic findings of that era was the dramatic, roller-coaster-like behavior of the magnetoresistivity in aEuC6compound, in which magneticEu2+ions form a triangular lattice that is commensurate to graphite honeycomb planes. In this study, we provide a long-awaited microscopic explanation of this behavior, demonstrating that the resistivity ofEuC6is dominated by spin excitations in Eu planes and their highly nontrivial evolution with the magnetic field. Together with our theoretical analysis, the present study showcases the power of the synthetic 2D materials as a source of potentially significant insights into the nature of exotic spin excitations.
ArticleNumber 021010
Author Chernyshev, A. L.
Starykh, O. A.
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  surname: Chernyshev
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  surname: Starykh
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– volume-title: Graphite Intercalation Compounds II: Transport and Electronic Properties
  year: 1992
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– ident: PhysRevX.12.021010Cc68R1
  doi: 10.1103/PhysRevB.46.11137
– ident: PhysRevX.12.021010Cc70R1
  doi: 10.1103/PhysRevLett.97.207202
– ident: PhysRevX.12.021010Cc5R1
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– ident: PhysRevX.12.021010Cc72R1
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– ident: PhysRevX.12.021010Cc15R1
  doi: 10.1016/0921-5107(88)90007-4
– ident: PhysRevX.12.021010Cc30R1
  doi: 10.1016/j.carbon.2012.04.028
– ident: PhysRevX.12.021010Cc50R1
  doi: 10.1063/1.530338
– volume-title: Condensed Matter Physics
  year: 2010
  ident: PhysRevX.12.021010Cc58R1
  doi: 10.1002/9780470949955
– ident: PhysRevX.12.021010Cc67R1
  doi: 10.1038/s41467-021-22569-3
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Snippet Novel phenomena in magnetically intercalated graphite have been the subject of much research, pioneered and promoted by M. S. and G. Dresselhaus and many...
Novel phenomena in magnetically intercalated graphite have been the subject of much research, pioneered and promoted by M.S. and G. Dresselhaus and many others...
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SubjectTerms Antiferromagnetism
antiferromagnets
Boltzmann theory
Condensed matter physics
CONDENSED MATTER PHYSICS, SUPERCONDUCTIVITY AND SUPERFLUIDITY
Conduction electrons
Configurations
electrical conductivity
Electrical resistivity
Electron spin
Electron transport
Europium
exchange interaction
Excitation
fermions
Frustrated magnetism
Graphene
Graphite
Heisenberg model
Holstein-Primakoff method
lattice models in condensed matter
Magnetic fields
Magnetic moments
magnetic phase transitions
Magnetism
Magnetoresistivity
magnetotransport
Magnets
Magnons
Materials science
noncollinear magnets
Physical properties
Roller coasters
Scattering
spin excitations
spin lattice models
spin liquid
strongly correlated systems
Superconductivity
transport phenomena
Two dimensional materials
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  providerName: ProQuest
Title Roller Coaster in a Flatland: Magnetoresistivity in Eu-Intercalated Graphite
URI https://www.proquest.com/docview/2731133517
https://www.osti.gov/biblio/1863128
https://doaj.org/article/cc18e119c59f49b1b9e409582e713296
Volume 12
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