Web Reference: Feb 4, 2013 · We study Dirac plasmons and their damping in spatially separated 𝑁 -layer graphene structures at finite doping and temperatures. The plasmon spectrum consists of one optical excitation with square-root dispersion and 𝑁 − 1 acoustical excitations with linear dispersion, which are undamped at zero temperature and finite doping within a triangular energy region outside the electron-hole ... We investigated theoretically the collective plasma oscilla-tions in N-layer graphene structures where Dirac Fermions in different spatially separated layers are coupled via the Coulomb interaction. We study Dirac plasmons and their damping in spatially separated N-layer graphene structures at finite doping and temperatures. The plasmon spectrum consists of one optical excitation with a square-root dispersion and N − 1 acoustical excitations with linear dispersions, which are undamped at zero temperature within a triangular energy region ...
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