No matter how many pairs, it would seem most EU proponents are unable to find them with both hands.
He who laughs last ...
Preview with Dr. Donald Scott: Cosmic Power Lines | EU2015
Published on 25 May 2015
One of the great pioneers of the Electric Universe and plasma cosmology is Dr. Donald E. Scott, retired professor of electrical engineering and author of the book, The Electric Sky. Dr. Scott has offered profound theoretical insights into the nature of the Sun and the electrical circuitry that drives all stars and galaxies. At the forthcoming EU2015 Conference: Paths of Discovery, June 25 - 29, Phoenix, Arizona, Dr. Scott will present compelling new evidence that electric currents from the Sun, called Birkeland currents, are the cause of extreme atmospheric phenomena at the poles of several planets. Today, Dr. Scott provides a brief introduction and overview of his talk.
Birkeland Currents: A Force-Free Field-Aligned Model
Donald E. Scott Department of Electrical Engineering (Retired), University of Massachusetts, Amherst, MA, USA.
e-mail: [email protected]
Abstract
The fundamental vector calculus definition of a force-free, field-aligned current in space is expanded in cylindrical coordinates to directly obtain the Bessel partial differential equation that specifies the magnetic field created by such a current. This result is often called the Lundquist solution. A simple but detailed derivation is included here. The physical properties of the resulting intricate magnetic field structure are described. The cause of its characteristic counter-rotation and counter-flows are identified. The describing equations are put into state-variable form and a step-wise approximation is applied. This solution reveals the primary effect of the force-free parameter, α, as being a scale factor of radial distance. We show that: 1) both the axial and azimuthal magnetic and current density components cyclically reverse their directions with radial distance from the central axis of the current; 2) the magnetic field extends farther from the central axis within a force-free field than it would if produced by a current in a long straight conductor. The total magnetic field magnitude and current density are shown to vary inversely as the square root of r. For larger, outside the plasma, the azimuthal magnetic field is shown to vary as 1/r. These results are shown to be consistent with laboratory and astronomical observations.
Full PDF HERE

!