Géoradiation: Two Opposing Views on the Origin of Natural Radioactive Elements (French Edition)

Georadiation is a new concept that draws attention to the problem of ionizing radiation from natural sources. The problem lies not only in identifying the radiation risks from natural radioactive elements but also in predicting this threat. The problem is solved by resolving the scientific dispute over the origin of the elements, including, of course, the naturally radioactive elements. The dispute concerns planetary geology and the recognition or denial of a thermonuclear georeactor in the Earth's core. The parties to the dispute are the geotectonic and cosmological theories.

The starting point is that the elements are formed in thermonuclear fusion reactions. The parties' arguments diverge as to where these reactions take place. The subject of the discussion is, therefore, to determine whether the Earth's uranium comes from the cosmos and its quantity is decreasing, or if it is formed at the center of the Earth and its quantity on the Earth's surface is increasing with the increase in basaltic lava and the exploitation of mineral deposits containing radioactive elements.

The problem is not only the identification of the radiation risks from natural radioactive elements but also the prediction of this threat. The dispute is resolved by resolving the scientific dispute over the origin of the elements, including the naturally radioactive elements. The dispute concerns planetary geology and the recognition or denial of a thermonuclear georeactor in the Earth's core. The parties to the dispute are the geotectonic and cosmological theories.

The starting point is that the elements are formed in thermonuclear fusion reactions. The parties' arguments diverge as to where these reactions take place. The subject of the discussion is, therefore, to determine whether the Earth's uranium comes from the cosmos and its quantity is decreasing, or if it is formed at the center of the Earth and its quantity on the Earth's surface is increasing with the increase in basaltic lava and the exploitation of mineral deposits containing radioactive elements.

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