Using Cartan's differential 1-forms theory, and assuming that the motion variables depend
on Euclidean invariants, certain dynamics of the material point and systems of material …

The formation and dynamics of a laser-produced aluminum plasma have been
experimentally and theoretically investigated. The visible-emitting regions of the plasma …

Reproducible planar tunnel junctions based on high-quality YBa 2 Cu 3 O 7 thin films are
studied as a junction of crystallographic orientation. Using Pb as a counter-electrode, all …

Fireballs are discharge phenomena on positively biased small electrodes in plasmas. The
discharge arises from electron energization at a double layer. Fireballs can collect relatively …

We report experimental results and theoretical modeling showing the interaction between
two fireballs excited on two positively biased electrodes immersed in a low-temperature …

Periodic current bursts observed in the dynamic current-voltage characteristic of a probe in
the presence of a plasma fireball in dynamic state were modeled in the frame of the scale …

A new fireball configuration has been developed which produces vircator-like instabilities.
Electrons are injected through a transparent anode into a spherical plasma volume. Strong …

Experimental results are presented on the generation and dynamics of concentric as well as
non-concentric multiple double layers in hot filament type discharge plasma. These results …

Considering that the motions of the particles take place on continuous but non-differentiable
curves, ie on fractals with constant fractal dimension, an extended scale relativity model in its …

A fireball is formed inside a highly transparent spherical grid immersed in a dc discharge
plasma. The ambient plasma acts as a cathode and the positively biased grid as an anode …