Microscopic Dynamics of Plasmas & Chaos (Series in Plasma Physics and Fluid
This volume argues that novel methods in the kinetic theory of plasma physics are much needed since the standard treatment of microscopic dynamics is antiquated and not at all intuitive. The method introduced here by the authors is a general and elementary classical mechanics formulation of wave-particle interactions (central to any high-energy plasma physics scenario such as microwave heating of fusion plasmas, auroral acceleration and even in treatments of the damping of the spiral arms of galaxies in gravitational plasmas). It should be of interest to mathematicians, physicists, theoretical physicists and statistical physicists. Building on this conceptual base, the authors provide a new set of basic tools to tackle problems of non-linear physics and chaos theory.
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