Exotic edge states of C3 high-fold fermions in honeycomb lattices

L. Madail; R. G. Dias; J. Fernández-Rossier

doi:10.48550/arxiv.2407.08467

Paper details

Research paper

TheoreticalComputational Multiscale

Exotic edge states of C₃ high-fold fermions in honeycomb lattices

L. Madail, R. G. Dias, J. Fernández-Rossier

arXiv·2024·10.48550/arxiv.2407.08467·arXiv:2407.08467

Samples

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

Simulated [2,2]-triangulene crystal and corresponding ribbon edge-state model in the generalized honeycomb framework.

1 characterization1 property2 figures

[2,2]-triangulene crystalStudied Material

Simulated [2,3]-triangulene crystal and corresponding ribbon edge-state model in the generalized honeycomb framework.

1 characterization1 property1 figure

[2,3]-triangulene crystalStudied Material

Simulated [3,3]-triangulene crystal and corresponding ribbon edge-state model in the generalized honeycomb framework.

1 characterization1 property1 figure

[3,3]-triangulene crystalStudied Material

Simulated [4,4]-triangulene crystal and corresponding ribbon edge-state model in the generalized honeycomb framework.

1 characterization1 property1 figure

[4,4]-triangulene crystalStudied Material

Materials

[2,2]-triangulene crystal

Studied Material

Also known as

[2,2] triangulene crystal

Variables

model= generalized honeycomb lattice

studied material

[2,3]-triangulene crystal

Studied Material

Why these are connected

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

Exotic edge states of C3 high-fold fermions in honeycomb lattices | Matter42 Literature

Properties

Type	Label	Value	Material	Sample	Source
Count Low Energy Bands	low-energy band count	2	[2,2]-triangulene crystal	Simulated [2,2]-triangulene crystal and corresponding ribbon	—
Count Low Energy Bands	low-energy band count	3	[2,3]-triangulene crystal	Simulated [2,3]-triangulene crystal and corresponding ribbon	—
Count Low Energy Bands	low-energy band count	4	[3,3]-triangulene crystal	Simulated [3,3]-triangulene crystal and corresponding ribbon	—
Count Low Energy Bands	low-energy band count	6	[4,4]-triangulene crystal	Simulated [4,4]-triangulene crystal and corresponding ribbon	—

Properties

Type	Label	Value	Material	Sample	Source
Count Low Energy Bands	low-energy band count	2	[2,2]-triangulene crystal	Simulated [2,2]-triangulene crystal and corresponding ribbon	—
Count Low Energy Bands	low-energy band count	3	[2,3]-triangulene crystal	Simulated [2,3]-triangulene crystal and corresponding ribbon	—
Count Low Energy Bands	low-energy band count	4	[3,3]-triangulene crystal	Simulated [3,3]-triangulene crystal and corresponding ribbon	—
Count Low Energy Bands	low-energy band count	6	[4,4]-triangulene crystal	Simulated [4,4]-triangulene crystal and corresponding ribbon	—

Properties

Type	Label	Value	Material	Sample	Source
Count Low Energy Bands	low-energy band count	2	[2,2]-triangulene crystal	Simulated [2,2]-triangulene crystal and corresponding ribbon	—
Count Low Energy Bands	low-energy band count	3	[2,3]-triangulene crystal	Simulated [2,3]-triangulene crystal and corresponding ribbon	—
Count Low Energy Bands	low-energy band count	4	[3,3]-triangulene crystal	Simulated [3,3]-triangulene crystal and corresponding ribbon	—
Count Low Energy Bands	low-energy band count	6	[4,4]-triangulene crystal	Simulated [4,4]-triangulene crystal and corresponding ribbon	—

Properties

Type	Label	Value	Material	Sample	Source
Count Low Energy Bands	low-energy band count	2	[2,2]-triangulene crystal	Simulated [2,2]-triangulene crystal and corresponding ribbon	—
Count Low Energy Bands	low-energy band count	3	[2,3]-triangulene crystal	Simulated [2,3]-triangulene crystal and corresponding ribbon	—
Count Low Energy Bands	low-energy band count	4	[3,3]-triangulene crystal	Simulated [3,3]-triangulene crystal and corresponding ribbon	—
Count Low Energy Bands	low-energy band count	6	[4,4]-triangulene crystal	Simulated [4,4]-triangulene crystal and corresponding ribbon	—

Exotic edge states of C₃ high-fold fermions in honeycomb lattices

Samples

Simulated [2,2]-triangulene crystal and corresponding ribbon edge-state model in the generalized honeycomb framework.

Simulated [2,3]-triangulene crystal and corresponding ribbon edge-state model in the generalized honeycomb framework.

Simulated [3,3]-triangulene crystal and corresponding ribbon edge-state model in the generalized honeycomb framework.

Simulated [4,4]-triangulene crystal and corresponding ribbon edge-state model in the generalized honeycomb framework.

Materials

Why these are connected

Exotic edge states of C₃ high-fold fermions in honeycomb lattices

Samples

Simulated [2,2]-triangulene crystal and corresponding ribbon edge-state model in the generalized honeycomb framework.

Simulated [2,3]-triangulene crystal and corresponding ribbon edge-state model in the generalized honeycomb framework.

Simulated [3,3]-triangulene crystal and corresponding ribbon edge-state model in the generalized honeycomb framework.

Simulated [4,4]-triangulene crystal and corresponding ribbon edge-state model in the generalized honeycomb framework.

Materials

Why these are connected

Exotic edge states of C₃ high-fold fermions in honeycomb lattices

Samples

Simulated [2,2]-triangulene crystal and corresponding ribbon edge-state model in the generalized honeycomb framework.

Simulated [2,3]-triangulene crystal and corresponding ribbon edge-state model in the generalized honeycomb framework.

Simulated [3,3]-triangulene crystal and corresponding ribbon edge-state model in the generalized honeycomb framework.

Simulated [4,4]-triangulene crystal and corresponding ribbon edge-state model in the generalized honeycomb framework.

Materials

Why these are connected

Exotic edge states of C₃ high-fold fermions in honeycomb lattices

Samples

Simulated [2,2]-triangulene crystal and corresponding ribbon edge-state model in the generalized honeycomb framework.

Simulated [2,3]-triangulene crystal and corresponding ribbon edge-state model in the generalized honeycomb framework.

Simulated [3,3]-triangulene crystal and corresponding ribbon edge-state model in the generalized honeycomb framework.

Simulated [4,4]-triangulene crystal and corresponding ribbon edge-state model in the generalized honeycomb framework.

Materials

Why these are connected

Exotic edge states of C₃ high-fold fermions in honeycomb lattices

Samples

Simulated [2,2]-triangulene crystal and corresponding ribbon edge-state model in the generalized honeycomb framework.

Simulated [2,3]-triangulene crystal and corresponding ribbon edge-state model in the generalized honeycomb framework.

Simulated [3,3]-triangulene crystal and corresponding ribbon edge-state model in the generalized honeycomb framework.

Simulated [4,4]-triangulene crystal and corresponding ribbon edge-state model in the generalized honeycomb framework.

Materials

Why these are connected

Exotic edge states of C₃ high-fold fermions in honeycomb lattices

Samples

Simulated [2,2]-triangulene crystal and corresponding ribbon edge-state model in the generalized honeycomb framework.

Simulated [2,3]-triangulene crystal and corresponding ribbon edge-state model in the generalized honeycomb framework.

Simulated [3,3]-triangulene crystal and corresponding ribbon edge-state model in the generalized honeycomb framework.

Simulated [4,4]-triangulene crystal and corresponding ribbon edge-state model in the generalized honeycomb framework.

Materials

Why these are connected

Exotic edge states of C₃ high-fold fermions in honeycomb lattices

Samples

Simulated [2,2]-triangulene crystal and corresponding ribbon edge-state model in the generalized honeycomb framework.

Simulated [2,3]-triangulene crystal and corresponding ribbon edge-state model in the generalized honeycomb framework.

Simulated [3,3]-triangulene crystal and corresponding ribbon edge-state model in the generalized honeycomb framework.

Simulated [4,4]-triangulene crystal and corresponding ribbon edge-state model in the generalized honeycomb framework.

Materials

Why these are connected

Exotic edge states of C₃ high-fold fermions in honeycomb lattices

Samples

Simulated [2,2]-triangulene crystal and corresponding ribbon edge-state model in the generalized honeycomb framework.

Simulated [2,3]-triangulene crystal and corresponding ribbon edge-state model in the generalized honeycomb framework.

Simulated [3,3]-triangulene crystal and corresponding ribbon edge-state model in the generalized honeycomb framework.

Simulated [4,4]-triangulene crystal and corresponding ribbon edge-state model in the generalized honeycomb framework.

Materials

Why these are connected

Characterization

Properties

Simulations

Characterization

Properties

Simulations

Characterization

Properties

Simulations

Characterization

Properties

Simulations