Peculiarities of the Landau level collapse in graphene ribbons in crossed magnetic and in-plane electric fields

A.A. Herasymchuk; S.G. Sharapov; V.P. Gusynin

doi:10.1103/PhysRevB.110.125403

Paper details

Research paper

TheoreticalComputational Kmc

Peculiarities of the Landau level collapse in graphene ribbons in crossed magnetic and in-plane electric fields

A.A. Herasymchuk, S.G. Sharapov, V.P. Gusynin

arXiv preprint·2024·10.1103/PhysRevB.110.125403·arXiv:2405.16171

Samples

Each sample groups how it was prepared, characterized, and measured. Click a card to expand.

Finite-width graphene ribbon with zigzag edges in crossed magnetic and in-plane electric fields.

No measurements recorded

SimulatedCStudied Material

Finite-width graphene ribbon with armchair edges in crossed magnetic and in-plane electric fields.

No measurements recorded

SimulatedCStudied Material

Semi-infinite graphene geometry with zigzag or armchair edge termination in crossed magnetic and in-plane electric fields.

2 properties

SimulatedCStudied Material

Materials

graphene

Studied Material

Also known as

pristine graphenegraphene ribbon

Variables

edge_terminations= zigzag,armchair

studied material

Properties

Type	Label	Value	Material	Sample	Condition	Source
Landau Level Collapse Critical Beta	hole-like collapse threshold \|beta\|	1	C	Semi-infinite graphene geometry with zigzag or armchair edge		—
Landau Level Collapse Critical Beta	electron-like collapse threshold beta	-1	C	Semi-infinite graphene geometry with zigzag or armchair edge		—

Why these are connected

Related documents with shared materials, methods, properties, or citations.

Peculiarities of the Landau level collapse in graphene ribbons in crossed magnetic and in-plane electric fields | Matter42 Literature

Peculiarities of the Landau level collapse in graphene ribbons in crossed magnetic and in-plane electric fields

Samples

Finite-width graphene ribbon with zigzag edges in crossed magnetic and in-plane electric fields.

Finite-width graphene ribbon with armchair edges in crossed magnetic and in-plane electric fields.

Semi-infinite graphene geometry with zigzag or armchair edge termination in crossed magnetic and in-plane electric fields.

Materials

Properties

Why these are connected

Peculiarities of the Landau level collapse in graphene ribbons in crossed magnetic and in-plane electric fields

Samples

Finite-width graphene ribbon with zigzag edges in crossed magnetic and in-plane electric fields.

Finite-width graphene ribbon with armchair edges in crossed magnetic and in-plane electric fields.

Semi-infinite graphene geometry with zigzag or armchair edge termination in crossed magnetic and in-plane electric fields.

Materials

Properties

Why these are connected

Peculiarities of the Landau level collapse in graphene ribbons in crossed magnetic and in-plane electric fields

Samples

Finite-width graphene ribbon with zigzag edges in crossed magnetic and in-plane electric fields.

Finite-width graphene ribbon with armchair edges in crossed magnetic and in-plane electric fields.

Semi-infinite graphene geometry with zigzag or armchair edge termination in crossed magnetic and in-plane electric fields.

Materials

Properties

Why these are connected

Peculiarities of the Landau level collapse in graphene ribbons in crossed magnetic and in-plane electric fields

Samples

Finite-width graphene ribbon with zigzag edges in crossed magnetic and in-plane electric fields.

Finite-width graphene ribbon with armchair edges in crossed magnetic and in-plane electric fields.

Semi-infinite graphene geometry with zigzag or armchair edge termination in crossed magnetic and in-plane electric fields.

Materials

Properties

Why these are connected

Peculiarities of the Landau level collapse in graphene ribbons in crossed magnetic and in-plane electric fields

Samples

Finite-width graphene ribbon with zigzag edges in crossed magnetic and in-plane electric fields.

Finite-width graphene ribbon with armchair edges in crossed magnetic and in-plane electric fields.

Semi-infinite graphene geometry with zigzag or armchair edge termination in crossed magnetic and in-plane electric fields.

Materials

Properties

Why these are connected

Peculiarities of the Landau level collapse in graphene ribbons in crossed magnetic and in-plane electric fields

Samples

Finite-width graphene ribbon with zigzag edges in crossed magnetic and in-plane electric fields.

Finite-width graphene ribbon with armchair edges in crossed magnetic and in-plane electric fields.

Semi-infinite graphene geometry with zigzag or armchair edge termination in crossed magnetic and in-plane electric fields.

Materials

Properties

Why these are connected

Peculiarities of the Landau level collapse in graphene ribbons in crossed magnetic and in-plane electric fields

Samples

Finite-width graphene ribbon with zigzag edges in crossed magnetic and in-plane electric fields.

Finite-width graphene ribbon with armchair edges in crossed magnetic and in-plane electric fields.

Semi-infinite graphene geometry with zigzag or armchair edge termination in crossed magnetic and in-plane electric fields.

Materials

Properties

Why these are connected

Peculiarities of the Landau level collapse in graphene ribbons in crossed magnetic and in-plane electric fields

Samples

Finite-width graphene ribbon with zigzag edges in crossed magnetic and in-plane electric fields.

Finite-width graphene ribbon with armchair edges in crossed magnetic and in-plane electric fields.

Semi-infinite graphene geometry with zigzag or armchair edge termination in crossed magnetic and in-plane electric fields.

Materials

Properties

Why these are connected

Simulations

Simulations

Simulations

Simulations