TITLE:
Radioactive Elements in Phosphorous Fertilizer —Basalt Flour-Recommended Mineral Fertilizer
AUTHORS:
Andrzej Pawuła
KEYWORDS:
Radioecology, The Origin of the Elements, Thermonuclear Synthesis Georeactor
JOURNAL NAME:
Journal of Geoscience and Environment Protection,
Vol.10 No.4,
April
12,
2022
ABSTRACT: The article presents the concept of using powdered basalt as a mineral
fertilizer and replacing radioactive phosphate rock with it. In addition to the
characteristics of phosphate rock deposits and the ecological effects of the
use of phosphorus fertilizers, the issue of the genesis of phosphate deposits
was discussed. Phosphate rock contains natural radioactive elements whose
origin is debatable. It is generally accepted that all elements are formed in a
thermonuclear fusion reaction. The natural radioactivity of the elements
results only from the instability of atomic nuclei, with a large advantage of
neutrons over protons. The view of the cosmic origin of elements in the primary
nucleosynthesis of the Big Bang is opposed to the view of the generation of
elements in the present-day core of the
Earth. Depending on the adopted view, extremely different conclusions
can be drawn. If it is assumed that natural radioactive elements were formed in space
billions of years ago, their number decreases as they decay. Conversely, if
these elements form in the Earth’s core and appear as a component of basalt
magma, their amount increases exponentially. Referring to publications on the
theory of natural forces of nature, the article explains the phenomenon of
spontaneous formation of fusion reactors. At the same time, the phenomenon of the expansion of the globe was explained, manifested by a tenfold increase in the volume of the globe over the last 200
million years. Growing basalt magma has a stabilized mineral composition and
contains traces of uranium. Therefore, in the basalt rock the uranium
concentration is low (