… In the subcritical region, we find bound states with … states in graphene.Here we present a
full quantum mechanical analysis of the bound states of massless excitations in graphene in the …

… that gives rise to a gap, bound states exist in the presence of an … bound states in circularly
symmetric QDs. Whereas previous work has analyzed bound states in single-layer graphene …

… bound states in conductance have been widely reported 6 , it has been difficult to directly probe
individual ABS. In superconductor (SC)–graphene … SC–QD hybrids in graphene have not …

We present experimental evidence of electronic and optical interlayer resonances in
graphene van der Waals heterostructure interfaces. Using the spectroscopic mode of a low-energy …

… been realized very recently in a continuous graphene sheet with well-defined … bound states
can be formed in graphene quantum dots (GQDs), which are part of a continuous graphene …

The fine structure of the Dirac energy spectrum in graphene induced by electron-optical
phonon coupling is investigated in the portion of the spectrum near the phonon emission …

… field induces a band gap in bilayer graphene, and it also creates a “… bound state of an
electron to a Coulomb impurity. We calculate the ground state energy of this hydrogen-like state as …

… turn, much larger than the graphene lattice constant. As the … graphene plane, there are no
bound states. Consequently, the electron will have a continuous spectrum, and electron states …

We obtain zero energy solutions of a (2+1)-dimensional massless Dirac-like equation with a
position-dependent Fermi velocity in the presence of an electrostatic potential. Several …

… bound states in the continuum (BICs) in graphene … states near the Dirac points exhibits two
characteristic features: (i) a cubic dependence on energy instead of a linear one for graphene …