Still trying to grok this 2D image …
“ Close to the boundary between separatrix and inflow regions, the scientists identified two types of waves: one type with high frequencies, the Langmuir waves, and another with low frequencies, known as Electron-Cyclotron waves. Deeper into the separatrix region, towards the outflowing plasma, they detected Electrostatic Solitary Waves – single-pulsed waves that span a very broad frequency range.
This is an area (seemingly) void of magnetic flux, a nexus, complex Bloch Wall structure [or cavity/node if you will], that was
plotted in 3D CAD from the electric and magnetic readings taken by ESA’s three probes. This transition zone, where magnetic flux reverses directions {in quadrature},
was found to be filled with all manner of radiations, {detected as EM waves}.
ESA calls it a “separatrix’, but it is clearly not an in-active boundary, and it's easy to make out a ‘bowl and torus’ profile, defined by electric layers, which are transporting “electrons” and “Electron-Cyclotron waves”.
In plain plasma-physical terms, it’s an EM axis, so we can assume a Poynting vector at any point, to characterize power. [In the 2D graphic of the 3D plot, the third axis is through the page.]
Sounds a bit like a resonant spark-gap transmitter ?
"We find high-energy electrons along with Langmuir waves: this is consistent with what we believe to be the origin of these waves, which can be generated by beams of high-energy electrons emerging from the X-shaped reconnection region. We detected Electron-Cyclotron waves in the same region, but we were not able to identify the mechanism that generates them," says Viberg.
http://sci.esa.int/science-e-media/img/ ... o_410x.jpg
http://www.thunderbolts.info/wp/forum/phpB ... &start=105
http://sci.esa.int/science-e/www/object ... ctid=51741
http://sci.esa.int/science-e/www/object ... ctid=51743
aetheric circuit~
electrons are Flow,
magnets are Vanes
just rambling here...