Physical and Chemical Geotechnologies

Abstract

This article represents the latest scientific work of Anatoliy Golovchenko. He considered it the culmination of his scientific endeavors. Unfortunately, he did not manage to finish it. Therefore, the formation and correction of the article were undertaken by professor Roman Dychkovskyi. The author of the article also did not arrange the references throughout the text, as he indicated at the end of the work. So, these literary sources are thus left in this research. The paper represents the analysis of the Earth's geomagnetic field and the Seebeck effect have individually captivated scientific inquiry due to their profound implications in diverse fields. This paper proposes a novel exploration of their interconnection, positing them as components of a unified phenomenon. Drawing upon principles from geophysics, thermodynamics, and materials science, it was investigated the potential synergies between the Earth's magnetic field and the Seebeck effect. By elucidating the thermoelectric properties of Earth's materials under varying magnetic fields, we uncover intricate relationships that could redefine our understanding of both phenomena. Moreover, it was explored the implications of this unified perspective on applications ranging from geothermal energy harnessing to the design of novel thermoelectric devices. Through theoretical analysis and experimental validation, this research aims to elucidate the intricate interplay between the Earth's magnetic field and thermoelectric phenomena, offering insights that transcend disciplinary boundaries and pave the way for innovative technologies and deeper insights into Earth's natural processes.

Keywords: Earth's natural processes, geomagnetic field, Seebeck effect, potential synergies, thermoelectric properties

References

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