Some unusual properties of layered graphite, including a linear energy dependence of the quasiparticle damping and weak ferromagnetism at low doping, are explained as a result of the proximity of a single graphene sheet to the excitonic insulator phase which can be further stabilized in a doped system of many layers stacked in the staggered ( ABAB...) configuration
The effectively massless, relativistic behaviour of graphene's charge carriers—known as Dirac fermio...
The in-plane resistivity, Hall resistivity, and magnetization of graphite were investigated in pulse...
Motivated by the recent discoveries of superconductivity in bilayer and trilayer graphene, we theore...
Some unusual properties of layered graphite, including a linear energy dependence of the quasipartic...
Some unusual properties of layered graphite, including a linear energy dependence of the quasipartic...
We study excitonic pairing in quasi-two-dimensional degenerate semimetals such as graphite, where th...
We propose an explanation for the apparent semimetal-insulator transition observed in highly oriente...
We propose an explanation for the apparent semimetal-insulator transition observed in highly oriente...
The low-energy theory of graphene exhibits spontaneous chiral symmetry breaking due to pairing of qu...
We study the presence of ferromagnetism in the phase diagram of the two-dimensional honeycomb latti...
We study the presence of ferromagnetism in the phase diagram of the two-dimensional honeycomb latti...
We explore the electronic ground states of Bernal-stacked multilayer graphenes using the Hartree-Foc...
We derive an effective two-dimensional Hamiltonian to describe the low energy electronic excitations...
We derive an effective two-dimensional Hamiltonian to describe the low energy electronic excitations...
The in-plane resistivity, Hall resistivity, and magnetization of graphite were investigated in pulse...
The effectively massless, relativistic behaviour of graphene's charge carriers—known as Dirac fermio...
The in-plane resistivity, Hall resistivity, and magnetization of graphite were investigated in pulse...
Motivated by the recent discoveries of superconductivity in bilayer and trilayer graphene, we theore...
Some unusual properties of layered graphite, including a linear energy dependence of the quasipartic...
Some unusual properties of layered graphite, including a linear energy dependence of the quasipartic...
We study excitonic pairing in quasi-two-dimensional degenerate semimetals such as graphite, where th...
We propose an explanation for the apparent semimetal-insulator transition observed in highly oriente...
We propose an explanation for the apparent semimetal-insulator transition observed in highly oriente...
The low-energy theory of graphene exhibits spontaneous chiral symmetry breaking due to pairing of qu...
We study the presence of ferromagnetism in the phase diagram of the two-dimensional honeycomb latti...
We study the presence of ferromagnetism in the phase diagram of the two-dimensional honeycomb latti...
We explore the electronic ground states of Bernal-stacked multilayer graphenes using the Hartree-Foc...
We derive an effective two-dimensional Hamiltonian to describe the low energy electronic excitations...
We derive an effective two-dimensional Hamiltonian to describe the low energy electronic excitations...
The in-plane resistivity, Hall resistivity, and magnetization of graphite were investigated in pulse...
The effectively massless, relativistic behaviour of graphene's charge carriers—known as Dirac fermio...
The in-plane resistivity, Hall resistivity, and magnetization of graphite were investigated in pulse...
Motivated by the recent discoveries of superconductivity in bilayer and trilayer graphene, we theore...
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