Plasma shield
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A high voltage source(20 kv DC) bridged over a neodymium supermagnet, N48 147lbs. pull strength.(14800 Gauss) The plasma is highly conductive (much more so than copper or aluminum). When the high voltage is applied the positive side traps more electrons and expels ions due to electrostatic repulsion, and the opposite happens at the other end. This weak separation of particles allows a magnetic field's electric currents to influence the plasma. This process induces no net motion over the plasma but allows it to rotate in one direction on the positive side, and the opposite direction on the negative side. The plasma's rotational speed is limited to it's ability to trap the particles(higher voltage) or increase the mean free path(distance an atom or ion can travel without collision). In theory, the plasma would spin faster under an increasingly lower pressure as the mean free path increased. This plasma will quickly melt solder and burn certain objects.