The Positive Side of Electrons, Electric Current and Electromagnetism

This paper explores the nature and significance of electrons within atomic science, focusing on their behavior as charge carriers in various contexts, including electric current and bioelectricity in animals. It examines the complexity of electric charge carriers, which are often not limited to electrons, and highlights the roles of positively charged ions in biological systems. The relationship between electric and magnetic fields is analyzed through several models, including the STEM electron model, providing insights into how these fields interact within the framework of electromagnetism. The analysis aims to clarify misconceptions about electric charges and their associated fields, detailing how like and opposite charges function in harmony and tension. The paper also discusses the challenges in estimating the electron's radial size using advanced collision simulation techniques and compares the STEM electron model with traditional quantum mechanics perspectives. Ultimately, this investigation seeks to contribute to a deeper understanding of electric phenomena, which are crucial to both physical sciences and applied technology.