Graphene remains of great interest in biomedical applications because of biocompatibility.
Diseases relating to human senses interfere with life satisfaction and happiness. Therefore …

The chiral Hamiltonian for twisted graphene bilayers is analyzed in terms of its squared
Hamiltonian which removes the particle-hole symmetry and thus one bipartite lattice …

We develop a model to describe the mixed valence regime in magic-angle twisted bilayer
graphene (MATBG) using the recently developed heavy-fermion framework. By employing …

Theoretical and experimental studies have verified the existence of “magic angles” in twisted
bilayer graphene, where the rotation angle between layers gives rise to flat bands and …

The electronic properties of vertically coupled stacked graphene quantum dots (GQDs) of
triangular shape are investigated using density functional theory, including the influence of …

We theoretically study the Andreev reflection (AR) in AA-stacked bilayer graphene-
superconductor junction. AABG has a linear gapless energy band with two shifted Dirac …

Lifshitz transitions are topological transitions of a Fermi surface, whose signatures typically
appear in the conduction properties of a host metal. Here, we demonstrate, using an …

Recent advances in the precise preparation, process, and manipulation of multilayer
graphene quantum dots make it possible to engineer effectively their energy gaps (Δ ε) by …

The unexpected discovery of superconductivity and strong electron correlation in twisted
bilayer graphene (TBG), a system containing only sp electrons, is considered as one of the …

When multilayer graphene (MLG) is subjected to a vertical electric field, electrons traverse
across the layers and its interlayer electrical conductance and shielding effect exhibit …