A Novel Perspective on Ideal Chern Bands with Strong Short-Range Repulsion: Applications to Correlated Metals, Superconductivity, and Topological Order

Patrick H. Wilhelm; Andreas M. Läuchli; Mathias S. Scheurer

doi:10.55776/W1259

Paper details

Research paper

TheoreticalComputational DFT

A Novel Perspective on Ideal Chern Bands with Strong Short-Range Repulsion: Applications to Correlated Metals, Superconductivity, and Topological Order

Patrick H. Wilhelm, Andreas M. Läuchli, Mathias S. Scheurer

arXiv·2024·10.55776/W1259·arXiv:2406.09505

Samples

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

Chiral twisted bilayer graphene ideal flatband model with on-site interactions in the valley-polarized sector, studied via exact diagonalization and analytic projector-based arguments.

No measurements recorded

SimulatedCStudied Material

Materials

twisted bilayer graphene

Studied Material

Also known as

CTBGchiral twisted bilayer graphenemoiré graphene flatband

Variables

context= ideal Chern band model

studied material

Why these are connected

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A Novel Perspective on Ideal Chern Bands with Strong Short-Range Repulsion: Applications to Correlated Metals, Superconductivity, and Topological Order | Matter42 Literature

A Novel Perspective on Ideal Chern Bands with Strong Short-Range Repulsion: Applications to Correlated Metals, Superconductivity, and Topological Order

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Chiral twisted bilayer graphene ideal flatband model with on-site interactions in the valley-polarized sector, studied via exact diagonalization and analytic projector-based arguments.

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A Novel Perspective on Ideal Chern Bands with Strong Short-Range Repulsion: Applications to Correlated Metals, Superconductivity, and Topological Order

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Chiral twisted bilayer graphene ideal flatband model with on-site interactions in the valley-polarized sector, studied via exact diagonalization and analytic projector-based arguments.

Materials

Why these are connected

A Novel Perspective on Ideal Chern Bands with Strong Short-Range Repulsion: Applications to Correlated Metals, Superconductivity, and Topological Order

Samples

Chiral twisted bilayer graphene ideal flatband model with on-site interactions in the valley-polarized sector, studied via exact diagonalization and analytic projector-based arguments.

Materials

Why these are connected

A Novel Perspective on Ideal Chern Bands with Strong Short-Range Repulsion: Applications to Correlated Metals, Superconductivity, and Topological Order

Samples

Chiral twisted bilayer graphene ideal flatband model with on-site interactions in the valley-polarized sector, studied via exact diagonalization and analytic projector-based arguments.

Materials

Why these are connected

A Novel Perspective on Ideal Chern Bands with Strong Short-Range Repulsion: Applications to Correlated Metals, Superconductivity, and Topological Order

Samples

Chiral twisted bilayer graphene ideal flatband model with on-site interactions in the valley-polarized sector, studied via exact diagonalization and analytic projector-based arguments.

Materials

Why these are connected

A Novel Perspective on Ideal Chern Bands with Strong Short-Range Repulsion: Applications to Correlated Metals, Superconductivity, and Topological Order

Samples

Chiral twisted bilayer graphene ideal flatband model with on-site interactions in the valley-polarized sector, studied via exact diagonalization and analytic projector-based arguments.

Materials

Why these are connected

A Novel Perspective on Ideal Chern Bands with Strong Short-Range Repulsion: Applications to Correlated Metals, Superconductivity, and Topological Order

Samples

Chiral twisted bilayer graphene ideal flatband model with on-site interactions in the valley-polarized sector, studied via exact diagonalization and analytic projector-based arguments.

Materials

Why these are connected

A Novel Perspective on Ideal Chern Bands with Strong Short-Range Repulsion: Applications to Correlated Metals, Superconductivity, and Topological Order

Samples

Chiral twisted bilayer graphene ideal flatband model with on-site interactions in the valley-polarized sector, studied via exact diagonalization and analytic projector-based arguments.

Materials

Why these are connected

Simulations

Simulations

Simulations

Simulations