TITLE:
Geological Specimens, Minerals, and Actions Affecting Polar Shift and Earth’s Magnetic Field
AUTHORS:
Shreyas Banaji
KEYWORDS:
Polar Shift, Magnetic Field, Atmosphere, Lithosphere, Hydrosphere, Biosphere, Iron Ore, Hematite, Magnetite
JOURNAL NAME:
International Journal of Geosciences,
Vol.13 No.10,
October
17,
2022
ABSTRACT: This
study will touch upon Earth’s magnetic field, the four spheres, and their
relationship with polar shift influenced by the magnetization of the interior
and surface areas. It will outline how certain aspects within the spheres are
influenced by magnetization of minerals and localized rock, how such can be
contained deep within Earth’s mantle areas, as well as how mining deposits of
iron ore can affect other spheres and systems. It will also entail a brief
explanation of geological research concerning the Pacific Ocean floor, as well
as a discussion on the magnetization of minerals retaining their properties at
extremely high temperatures within Earth’s interior. There will be explanations
of how various spheres interact with each other, but it should be noted that
while some findings here might seem unsubstantiated, any analysis of Earth’s
interior and exterior, the magnetic field, polar shift, and its contagion
effect upon living organisms, is still, somewhat, in its initial research
stages, and is, at times, left to hypotheses concerning anomalous indications.
This study is not conclusive. It has, at best, pieced together areas of
relevance. Concluded here is that each event affects polar shift. How this has
been affected by magnetization is not completely, at this time, understood.
Furthermore, this report in no way promotes the “doomsday scenario”, prolific,
fairly recently, within some of the scientific literature on this subject,
particularly in Europe. This paper closely adheres to the most modern theories,
and will try, at best, to leave speculation to science fiction writers.