Wave propagation in a strongly coupled magnetized plasma

Strongly coupled plasmas play a growing role in many fields of physics---from dusty plasmas to compact stars and the quark-gluon plasma, e.g.~[1]. In many cases these plasmas are subject to a strong magnetic field. The one-component plasma (OCP) model is often used to theoretically analyze strong plasma correlations. Here the wave propagation in a strongly coupled OCP subject to an external magnetic field is investigated by means of the quasi- localized charge approximation~[2]. The dispersion relation and the wave polarization are studied for wave propagation across and along the magnetic field as well as for arbitrary directions of the wave vector. \\[1ex] [1] M. Bonitz, C. Henning and D. Block, Rep. Prog. Phys. \textbf {73}, 066501 (2010)\\[0ex] [2] G. Kalman and K. I. Golden, Phys. Rev. A \textbf{41}, 5516 (1990)