ELECTROMAGNETIC IMPULSES IN EARTH'S CRUST: ROLE IN FLUID SOLUTIONS AND EARTHQUAKES

Abstract

The study of electromagnetic impulses in the Earth’s crust and their impact on fluid solutions and earthquakes is of great interest to the scientific community. This article presents an example of spherical nodules forming as a result of electromagnetic impulses in layers containing oil, gas, and water. These explosions create fireballs with strong electromagnetic and gravitational effects, attracting chemical elements from the fluid layers. Understanding this topic is crucial to unraveling the relationship between geologic processes, the Earth's energy, and potential environmental impacts.

The research expands knowledge of crustal processes, their environmental consequences, and their connections to geologic phenomena. It provides a better understanding of the role of electromagnetic impulses, making it significant for scientific development. In the 21^st century, global climate change poses a major challenge. While it is commonly attributed to the greenhouse effect from burning oil and gas, this article’s analysis suggests that climate change also relates to the planet’s warming due to decreasing levels of liquids in the lithosphere.

These liquids serve as a coolant for nuclear plasma reactions. Therefore, oil is not a finite resource but a component impacting the planet’s vitality, as opposed to being solely an energy source for human civilization on Earth.