Computer simulation of gyrophase self-organisation in a magnetoplasma Original Research Article

We report on the computer simulation of the dynamical effects of a collection of gyrating electrons in a magnetoplasma. The effects being looked into are the detailed microscopic current attractions that lead to synchronization and coherence amongst the gyrating electrons to give rise to gyro-phase coherence. We use a simplified model that uses the Darwin Hamiltonian and also the assumption that the inter-electron distances are all equal in this version of the simulation.