Two-band semiconductor Bloch equations in the length gauge and Houston basis, coupled to thermally occupied graphene in-plane optical phonon modes (LO and TO) treated in the static limit; ensemble averaging over phonon-displaced lattice configurations.
Two-band semiconductor Bloch equations in the length gauge and Houston basis, coupled to thermally occupied graphene in-plane optical phonon modes (LO and TO) treated in the static limit; ensemble averaging over phonon-displaced lattice configurations.
Two-band semiconductor Bloch equations in the length gauge and Houston basis, coupled to thermally occupied graphene in-plane optical phonon modes (LO and TO) treated in the static limit; ensemble averaging over phonon-displaced lattice configurations.
Two-band semiconductor Bloch equations in the length gauge and Houston basis, coupled to thermally occupied graphene in-plane optical phonon modes (LO and TO) treated in the static limit; ensemble averaging over phonon-displaced lattice configurations.