Dynamical Properties of Magnetized 2-Dimensional one component Plasma

Molecular dynamics simulation are used to examine the effect of a uniform perpendicular magnetic field on a two-dimensional interacting electron system. In this simulation we include the effect of the magnetic field claasically through the Lorentz force. Both the Coulomb and the magnetic are included dirctly in the electron dynamics to study their combined effect on the dynamical and static properties of the 2D system.Results are presented for the velocity auto correlation function, the root mean square displacement, self correlation function and pair correlation function in the presence and absence of an external magnetic field. Our simulation results, clearly show that the external magnetic field has no effect on the static properties, but it affects the dynamics.