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Particle Physics 2016
December 08-10, 2016
Volume 4 Issue 3(Suppl) J Astrophys Aerospace Technol
ISSN: 2329-6542 JAAT, an open access journal
conferenceseries .com
December 08-10, 2016 Dallas, Texas, USA
Astrophysics and Particle PhysicsInternational Conference on
Recurrent analysis of the large scale structures in non-uniform magnetospheric flows
Khatuna Chargazia
Tbilisi State University, Georgia
Near Earth space (ionosphere, magnetosphere) is characterized by complicated dynamics and for modeling of such
processes, especially at conditions of external non-stationary impact (bow shock), it is very important for estimation
of determined and stochastic parts of the dynamics, as well as the possibility of the generation of large scale wave and fractal
structures. In this work, a physical model of the plasma perturbations for experimental data treatment and their physical and
theoretical interpretation is obtained. In this model, a nonlinear mechanism of interaction of the perturbations with spatially
inhomogeneous space flows is considered. Numerical simulation of formation of such large scale flows are carried out. Time
series of velocity flow and magnetic field components of the magnetospheric flows observed by THEMIS satellite mission are
studied by virtue of nonlinear methods. For numerical treatment of these data a recurrent diagram method is used, which
is effective for short data series. Recurrence is a fundamental feature of the dissipative dynamical systems, which is used for
analysis of relaxation processes in the magnetotail. The results of nonlinear analysis of plasma perturbations for interpretation
are compared with the signals obtained by Lorentz and Weierstrass function. By virtue of recurrent diagram method, a fractal
nature of experimental signals and dynamical chaos parameters. The results of satellite and numerical simulation data are
compared.
Jacobson resonance: Inertial electromagnetic induction
Jerry I Jacobson
Institute of Theoretical Physics and Advanced Studies, USA
One of the criticisms of general relativity is that it does not explain the concept of inertia. Mach’s principle stated that the
inertia of a body is somehow due to the presence of other bodies in the universe. If this is true, then it is most especially
relevant to formulate an understanding of space, and its causal relation to matter. In this regard, we propose that introduction of
biological models appertaining to space, quantum theory and relativity may be prerequisite for understanding the connection
of space and matter, photons and phonons. A new particle-wave equation, mc2=BvLq, formulates the conceptual framework
for inertial electromagnetic induction (IEMI), perhaps representing the initial physical mechanism for non-ionizing radiation
(NIR) bio effects. Derived from standard formulae, a new insight is introduced to provide an innovative, physiologic and
efficacious approach to magneto-therapy. Specific experimental reports are cited wherein the modeling and EMF parameters
were dictated by theory. It is hypothesized that Jacobson Resonance Theory is the missing link that Einstein sought for unifying
the fundamental forces of nature: the electromagnetic, gravitational and nuclear forces. A generic expression for said theory
may then be:
J Astrophys Aerospace Technol 2016, 4:3(Suppl)