Earthquakes Happen at Full MoonFebruary 02, 2001Russian physicists have found that flashes of neutron radiation from the Earth surface are bound to increasing in seismic activity. They believe that this phenomenon can be used as a novel kind of earthquake foreboding. The researchers of the Department of Cosmic Radiation of the Research Institute of Nuclear Physics at Moscow State University have noticed that at new moon and full moon periods the intensity of neutron radiation sharply increases in the areas of seismic activity. According to the scientists, the neutron flashes are caused by tidal forces, which, in turn, trigger earthquakes. The scientists believe that the neutron flashes can be used as pre-signs of earthquakes. Day and night alterations of neutron flows were observed in the Pamir mountains, near Gerino, at a height of 1100 m above the sea level. It was found that neutron flashes have a period of 12 hours. This fact confirmed the link between neutron flashes and the passing of maximum tidal waves through the earth crust. At the days of new moon or full moon, when the Sun, the Moon and the Earth are in line, a total gravitational impact on the earth is maximum. Because of tidal forces the earth crust subject to deformation. Through the cracks occurred, atomic and nuclear particles and radioactive gases (containing radon isotopes) are ejected. The decay of isotopes at the surface earth layer and in the air produces a lot of alpha-particles - intermediates between radioactive gases and neutrons. The researchers measured flows of alpha-particles in the Pamir mountains and found alterations in dozens times compared to the average earth level. The amount of neutrons increases respectively. The Moscow researchers studied the catalogue of earthquakes from 1964 to 1992. They found that most severe earthquakes in the region of the Pacific seismic ring also started at the days of new moon or full moon, or a couple of days earlier or later. In these periods flashes of neutron radiation with intensity dozen times higher than background level are observed in the areas of seismic activity, so the scientists suggest using the neutron flows for short-term earthquake forecast. Informnauka (Informscience) Agency |
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