The high plasma temperatures expected at reactor conditions in magnetic confinement
fusion toroidal devices suggest that near-marginal operation could be a reality in future …

Studies of complexity in extended dissipative dynamical systems, in nature and in
laboratory, require multiple approaches and the framework of self-organized criticality (SOC) …

Nonextensive statistical mechanics, pioneered by Tsallis, has recently achieved a
generalization of the Gutenberg-Richter law for earthquakes. This remarkable generalization …

Flux and gradient driven ion temperature gradient turbulence in tokamak geometry and for
Cyclone base case parameters are compared in the local limit using the same underlying …

In this study we use Tsallis non-extensive statistics for a new understanding the
magnetospheric dynamics and the magnetospheric self-organization during quiet and …

Self-organized criticality (SOC) dynamics have been investigated in non-local transport
regimes induced by the supersonic molecular beam injection in the HL-2A tokamak …

The Earth's magnetosphere exhibits a complex behavior in response to the solar wind
conditions. This behavior, which is described in terms of mutifractional Brownian motions …

Complex systems exhibit critical transitions, where the system shifts to a new and radically
different state due to external or internal influences. Numerous studies have suggested …

In this study, we present results concerning seismogenesis in the Hellenic region (land and
sea of Greece), applying nonlinear analysis to an earthquake time series. The model of the …

Intermittency is one of the possible means of quantifying dynamics of fractal processes. In
this paper, the analysis of the intermittency of magnetospheric storms and substorms is …