Conference Article

·2009

Analytical Conditions for Compact Earthquake Prediction Approaches

T. Şengör YTU

EGU General Assembly Conference Abstracts

Abstract

This paper concerns itself with The atmosphere and ionosphere include non-uniform electric charge and current distributions during the earthquake activity. These charges and currents move irregularly when an activity is scheduled for an earthquake at the future. The electromagnetic characteristics of the region over the earth change to domains where irregular transportations of non-uniform electric charges are observed; therefore, the electromagnetism in the plasma, which moves irregularly and contains non-uniform charge distributions, is studied. These cases of charge distributions are called irregular and non-uniform plasmas. It is called the seismo-plasma if irregular and non-uniform plasma defines a real earthquake activity, which will come to truth. Some signals involving the above-mentioned coupling effects generate some analytical conditions giving the predictability of seismic processes [1]-[5]. These conditions will be discussed in this paper.

Keywords

Predictability Ionosphere Plasma Earthquake prediction Charge (physics) Electric charge Physics Coupling (piping) Electromagnetism Computational physics Electric field Geophysics Geology Seismology Quantum mechanics Engineering

Subject Areas

Earthquake Detection and Analysis ·Geophysics ·Physical Sciences
Complex Systems and Time Series Analysis ·Economics and Econometrics ·Social Sciences
Statistical Mechanics and Entropy ·Statistical and Nonlinear Physics ·Physical Sciences

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