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SOLAR WINDS MAY TRIGGER EARTHQUAKES !
Solar eruptions as triggers of eartquakes E.A. Saghatelyan1, Yu.G. Aghbalyan2, M.G. Baburyan2, H. G. Asmaryan2 1Yerevan
State Engineering University, Armenia ONLY SOME OF PAGES ARE PUBLISHED... Investigations
regarding the link of earthquakes to solar activity carried out during
the last decade in different countries are based on the analysis of
statistical data ?E(t) and W(t). As established, the overall seismicity
of the Earth and its separate regions depends of an 11-year long cycle
of solar activity. There are no experimental data confirming cause-and-reason
bonds between solar eruptions and earthquakes. Actually the experimentally
obtained data that are given in the paper may serve the first step while
studying solar-terrestrial cause–and–reason interrelations
of “solar eruption and lithosphere, radon and earthquakes”.
To conduct such study, further collection of experimental data is needed. Like elementary cells of minerals crystal lattice, Hartmann’s network is characterized by polarity of nodes. As calculations show, throughout the area of 1km2 200 000 elementary cells of Hartmann’s network are singled out, thus making about 30*1012 cells allover continental surface only. The testing site is located in the park zone within the limits of Yerevan. In geological structure of the city’s territory soil-covered upper-miocene, quaternary basalts and rocks of salt and gypsum-bearing layers occur. According to geology-geophysical data, a number of faults cross the city’s territory, to which Hrazdan fault and Yerevan flexure identified in the central part of the city, are attributed. Its boundary lies between bared quaternary lava sediments in the north and sedimentary layer in the south (fig. 2). The testing site is located southwest some 2km far from Hrazdan fault and about 700m - from Yerevan flexure. Bedrocks of the testing site are basalts. Such kind of ratio changes attests short-run disequilibrium of cosmo-earth relationships in ionosphere, atmosphere and lithosphere. A negatively polarized node of elemental cell of Hartmann’s lattice is a channel for outer cosmic signal reception, this clearly being seen in photos in connection with solar eruptions in first decade of November 2003 and 2004 (fig.5). The photos for 2003 show that solar eruption-induced corpuscular energetic streams impacted the lithosphere for 5 months and more after the event. A positively polarized node serves a signal generation channel and is characterized by monogenous, exclusively terrestrial radiation in absence of any cosmic component and sharply contrasting increase in radon level during geomagnetic storms and solar eruptions.
This disequilibrium, along with long-run attack of upper part of lithosphere
by corpuscular flow of energy from solar eruption, provokes natural
disasters, which begin in a month after solar eruptions. Research direction 1.
Studying hierarchy of energetically active global lattices (Hartmann,
Kurri etc.) as channels of solar – terrestrial relationships. Solar Information Links Solar Terrestrial Activity Report Latest
magnetograms from The HAARP Ionospheric Observatory ABOUT SOLAR WINDS
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