The Pattern of Solar Wind-Magnetosphere Interaction and Its Universality
Eugene Savov
Abstract
The multi-scale expansions and contractions of the Earth's magnetosphere explain fundamental issues of magnetic storm-substorm relationship. This magnetospheric behavior is in agreement with a model of 3D-spirally-faster-inward-oscillating dynamic fractal structure of the universe. This fractal like structure accounts for the found puzzling similarity between the near and most distant cosmos and for the calculated fractal dimensions of the observed distributions of galaxies. The introduced dynamic fractal dimension d(r) and formula for unifying force / F(r) = ma(r) = constant/[r]exp(d(r)) / present new fundamental framework for qualitative and quantitative modeling. Assessments and predictions based on the dynamic fractals are described.
Create a lesson
Related papers
Statistical Models of Ionospheric Variability and Irregularities in the Topside Ionosphere Based on the Swarm Satellite Data
Daria Kotova, Alan Wood, Eelco Doornbos et al.
A quiet STEVE disturbs navigation satellites' signals in the Antarctic
Daria Kotova, Luca Spogli, Yaqi Jin et al.
Empirical Relationship for Geomagnetically Induced Currents (GIC) and Solar Wind Conditions
Dean Thomas, Lucy A. Wilkerson, Robert S. Weigel et al.
Comprehensive solar eruption analyses enabled by the tools of the SOLER project
Nina Dresing, Jan Gieseler, Markus Baumgartner-Steinleitner et al.
Evolution of lunar wake potentials: structure, energy conversion, and their imprints on velocity distributions
Xin An, Vassilis Angelopoulos, Jasper S. Halekas et al.
In-situ measurements of space plasma: recent progress and future challenges
Daniel Verscharen