Chern Insulator in magnetic-doped two-dimensional semiconductors

Dinh Loc Duong

doi:10.48550/arxiv.2603.20875

Paper details

Research paper

Computational DFT

Chern Insulator in magnetic-doped two-dimensional semiconductors

Dinh Loc Duong

2025·arXiv:2603.20875

Samples

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

V-doped WSe₂ modeled in periodic supercells; electronic structure examined for multiple SOC strengths and doping concentrations including 12x12, 8x8, and 6x6 supercells.

2 properties

Simulated Supercell DftWSe₂Studied MaterialVDopant

V-doped WS₂ modeled in periodic supercells; electronic structure examined for 8x8 supercells containing 1 or 2 V atoms at different separations.

2 properties

Simulated Supercell DftWS₂Studied MaterialVDopant

Materials

WSe₂

Studied Material

Also known as

host WSe₂

studied material

WS₂

Studied Material

Also known as

Why these are connected

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

Chern Insulator in magnetic-doped two-dimensional semiconductors | Matter42 Literature

Properties

Type	Label	Value	Material	Sample	Source
Chern Number	lower band	-1	WSe₂ V	V-doped WSe₂ modeled in periodic supercells; electronic stru	—
Chern Number	upper band	1	WSe₂ V	V-doped WSe₂ modeled in periodic supercells; electronic stru	—
Chern Number	lower band	-1	WS₂ V	V-doped WS₂ modeled in periodic supercells; electronic struc	—
Chern Number	upper band	1	WS₂ V	V-doped WS₂ modeled in periodic supercells; electronic struc	—

Properties

Type	Label	Value	Material	Sample	Source
Chern Number	lower band	-1	WSe₂ V	V-doped WSe₂ modeled in periodic supercells; electronic stru	—
Chern Number	upper band	1	WSe₂ V	V-doped WSe₂ modeled in periodic supercells; electronic stru	—
Chern Number	lower band	-1	WS₂ V	V-doped WS₂ modeled in periodic supercells; electronic struc	—
Chern Number	upper band	1	WS₂ V	V-doped WS₂ modeled in periodic supercells; electronic struc	—

Properties

Type	Label	Value	Material	Sample	Source
Chern Number	lower band	-1	WSe₂ V	V-doped WSe₂ modeled in periodic supercells; electronic stru	—
Chern Number	upper band	1	WSe₂ V	V-doped WSe₂ modeled in periodic supercells; electronic stru	—
Chern Number	lower band	-1	WS₂ V	V-doped WS₂ modeled in periodic supercells; electronic struc	—
Chern Number	upper band	1	WS₂ V	V-doped WS₂ modeled in periodic supercells; electronic struc	—

Properties

Type	Label	Value	Material	Sample	Source
Chern Number	lower band	-1	WSe₂ V	V-doped WSe₂ modeled in periodic supercells; electronic stru	—
Chern Number	upper band	1	WSe₂ V	V-doped WSe₂ modeled in periodic supercells; electronic stru	—
Chern Number	lower band	-1	WS₂ V	V-doped WS₂ modeled in periodic supercells; electronic struc	—
Chern Number	upper band	1	WS₂ V	V-doped WS₂ modeled in periodic supercells; electronic struc	—

Chern Insulator in magnetic-doped two-dimensional semiconductors

Samples

V-doped WSe₂ modeled in periodic supercells; electronic structure examined for multiple SOC strengths and doping concentrations including 12x12, 8x8, and 6x6 supercells.

V-doped WS₂ modeled in periodic supercells; electronic structure examined for 8x8 supercells containing 1 or 2 V atoms at different separations.

Materials

Why these are connected

Chern Insulator in magnetic-doped two-dimensional semiconductors

Samples

V-doped WSe₂ modeled in periodic supercells; electronic structure examined for multiple SOC strengths and doping concentrations including 12x12, 8x8, and 6x6 supercells.

V-doped WS₂ modeled in periodic supercells; electronic structure examined for 8x8 supercells containing 1 or 2 V atoms at different separations.

Materials

Why these are connected

Chern Insulator in magnetic-doped two-dimensional semiconductors

Samples

V-doped WSe₂ modeled in periodic supercells; electronic structure examined for multiple SOC strengths and doping concentrations including 12x12, 8x8, and 6x6 supercells.

V-doped WS₂ modeled in periodic supercells; electronic structure examined for 8x8 supercells containing 1 or 2 V atoms at different separations.

Materials

Why these are connected

Chern Insulator in magnetic-doped two-dimensional semiconductors

Samples

V-doped WSe₂ modeled in periodic supercells; electronic structure examined for multiple SOC strengths and doping concentrations including 12x12, 8x8, and 6x6 supercells.

V-doped WS₂ modeled in periodic supercells; electronic structure examined for 8x8 supercells containing 1 or 2 V atoms at different separations.

Materials

Why these are connected

Chern Insulator in magnetic-doped two-dimensional semiconductors

Samples

V-doped WSe₂ modeled in periodic supercells; electronic structure examined for multiple SOC strengths and doping concentrations including 12x12, 8x8, and 6x6 supercells.

V-doped WS₂ modeled in periodic supercells; electronic structure examined for 8x8 supercells containing 1 or 2 V atoms at different separations.

Materials

Why these are connected

Chern Insulator in magnetic-doped two-dimensional semiconductors

Samples

V-doped WSe₂ modeled in periodic supercells; electronic structure examined for multiple SOC strengths and doping concentrations including 12x12, 8x8, and 6x6 supercells.

V-doped WS₂ modeled in periodic supercells; electronic structure examined for 8x8 supercells containing 1 or 2 V atoms at different separations.

Materials

Why these are connected

Chern Insulator in magnetic-doped two-dimensional semiconductors

Samples

V-doped WSe₂ modeled in periodic supercells; electronic structure examined for multiple SOC strengths and doping concentrations including 12x12, 8x8, and 6x6 supercells.

V-doped WS₂ modeled in periodic supercells; electronic structure examined for 8x8 supercells containing 1 or 2 V atoms at different separations.

Materials

Why these are connected

Chern Insulator in magnetic-doped two-dimensional semiconductors

Samples

V-doped WSe₂ modeled in periodic supercells; electronic structure examined for multiple SOC strengths and doping concentrations including 12x12, 8x8, and 6x6 supercells.

V-doped WS₂ modeled in periodic supercells; electronic structure examined for 8x8 supercells containing 1 or 2 V atoms at different separations.

Materials

Why these are connected

Properties

Simulations

Properties

Simulations

Properties

Simulations

Properties

Simulations