October 8, 2025Open Access

Edge states at the boundary of graphene-like and Lieb lattices

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Edge states emerge at the boundary of graphene-like and Lieb lattices, impacting electronic properties.
The presence of pseudospin-1 fermions illustrates unique interactions with a quantizing magnetic field.
These edge states relate to both trivial and nontrivial Berry phase characteristics, altering the density of states.
Research on this boundary behavior may lead to advances in materials with specific electronic properties.

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Analysis shows edge states linked to the Berry phase in graphene-like and Lieb lattices, suggesting new electronic properties.

Kozlov et al. (2025) studied this question.

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