Add to ORKGA linearly polarized excitation is shown to create a strongly anisotropic distribution of photoexcited carriers in graphene, where the momenta of photo-excited carriers are aligned preferentially normal to the polarization plane. This effect offers an experimental tool to generate highly directional photo-excited carriers which could assist in the investigation of 11direction-dependent phenomena in graphene-based nanostructures. The depolarization of hot photoluminescence is used to study relaxation processes in graphene, both free standing and grown on silicon carbide. This analysis is extended to include the effect of a magnetic field, thereby allowing one to obtain the momentum relaxation times of hot electrons
The chiral character of Dirac electrons in graphene manifests itself in a peculiar momentum anisotro...
We present a robust and exact method for calculating the polarization function and plasmon dispersio...
Optical spectroscopic techniques with linearly polarized light are used to characterize the nature o...
A linearly polarized excitation is shown to create a strongly anisotropic distribution of photoexci...
A linearly polarized excitation is shown to create a strongly anisotropic distribution of photo-exci...
A linearly polarized excitation is shown to create a strongly anisotropic distribution of photo-exci...
A linearly polarized excitation is shown to create a strongly anisotropic distribution of photoexci...
Graphene has recently become the focus of enormous attention for experimentalists and theorists alik...
The pseudospin of Dirac electrons in graphene manifests itself in a peculiar momentum anisotropy for...
The chiral character of Dirac electrons in graphene manifests itself in a peculiar momentum anisotro...
Graphene has recently become the focus of enormous attention for experimentalists and theorists alik...
Graphene, the two-dimensional lattice of sp2-hybridized carbon atoms, has a great potential for futu...
Graphene, the two-dimensional lattice of sp2-hybridized carbon atoms, has a great potential for futu...
The pseudospin of Dirac electrons in graphene manifests itself in a peculiar momentum anisotropy for...
Graphene, the two-dimensional lattice of sp2-hybridized carbon atoms, has a great potential for futu...
The chiral character of Dirac electrons in graphene manifests itself in a peculiar momentum anisotro...
We present a robust and exact method for calculating the polarization function and plasmon dispersio...
Optical spectroscopic techniques with linearly polarized light are used to characterize the nature o...
A linearly polarized excitation is shown to create a strongly anisotropic distribution of photoexci...
A linearly polarized excitation is shown to create a strongly anisotropic distribution of photo-exci...
A linearly polarized excitation is shown to create a strongly anisotropic distribution of photo-exci...
A linearly polarized excitation is shown to create a strongly anisotropic distribution of photoexci...
Graphene has recently become the focus of enormous attention for experimentalists and theorists alik...
The pseudospin of Dirac electrons in graphene manifests itself in a peculiar momentum anisotropy for...
The chiral character of Dirac electrons in graphene manifests itself in a peculiar momentum anisotro...
Graphene has recently become the focus of enormous attention for experimentalists and theorists alik...
Graphene, the two-dimensional lattice of sp2-hybridized carbon atoms, has a great potential for futu...
Graphene, the two-dimensional lattice of sp2-hybridized carbon atoms, has a great potential for futu...
The pseudospin of Dirac electrons in graphene manifests itself in a peculiar momentum anisotropy for...
Graphene, the two-dimensional lattice of sp2-hybridized carbon atoms, has a great potential for futu...
The chiral character of Dirac electrons in graphene manifests itself in a peculiar momentum anisotro...
We present a robust and exact method for calculating the polarization function and plasmon dispersio...
Optical spectroscopic techniques with linearly polarized light are used to characterize the nature o...