Electromagnetic Theory : New Research and Developments / Volodymyr Krasnoholovets editor.

Format:

Book

Contributor:

Krasnoholovets, Volodymyr, editor.

Series:

Physics research and technology.

Physics Research and Technology Series

Language:

English

Subjects (All):

Electromagnetic theory.

Physical Description:

1 online resource (0 pages)

Edition:

First edition.

Place of Publication:

New York : Nova Science Publishers, Inc., [2025]

Summary:

"This book aims to discuss recent achievements in the field of electromagnetic theory. The book includes 7 chapters from various branches of physics, starting from the standard paradigm of Maxwell's equations and ending with penetration into the world of elementary particles and the union with gravity. In particular, chapters present: - a recently discovered theorem in integral vector calculus, actually a theorem and a corollary, aimed at advancing our understanding and analysis of electromagnetic phenomena; - the possibility of revisiting the capacitor charging problem; - a non-monochromatic consideration of the electromagnetic phenomena, though electrodynamics courses and textbooks usually consider solutions based on a monochromatic plane wave; - electromagnetism and gravity with a focus on antigravity; - a combination of the gravitational force with the electrostatic force at the Planck scale; - problematic fundamental issues in the electromagnetic theory; - and dramatic conceptual problems of the electroweak theory of the Standard Model of particle physics Thus, the general picture of the book, organized in the form of a set of chapters, is an emphasis on novelty and new mathematics, new types of solutions, new problems, new applications, finding a connection with gravity, clarifying the fundamental problems of the theory elementary particles and, finally, the derivation of Maxwell's equations that include both an electric charge and a magnetic monopole"-- Provided by publisher.

Contents:

Intro

Contents

Chapter 1

The Power of Differential Forms: Introducing a Novel Integral Vector Calculus Theorem and Its Application to Electromagnetism

Abstract

Chapter 2

Revisiting the Charging-Capacitor Problem: Maxwell's Equations and Approximate Solutions

Introduction

Solutions of Maxwell's Equations Inside the Capacitor

Solutions of Maxwell's Equations Outside the Capacitor

Discussion

Acknowledgment

Appendix I. Vector Operators in Cylindrical Coordinates

Appendix II. Charging Capacitor: The "Textbook" Approach

Appendix III. General Form of the Electric Field

References

Chapter 3

On Non-Monochromatic Plane-Wave Solutions of Maxwell's Equations

Monochromatic Wave in Empty Space

Non-Monochromatic Wave in Empty Space

Plane Wave in a Conducting Medium

Conclusion

Appendix. Bäcklund Transformations

Chapter 4

Uni cation of Metrics Leads to the Uni cation of Gravity and the Electrostatic Force, as well as Gravity and Quantum Mechanics

Chapter 5

From Hidden Variable Theories to the Ancient Aboriginal Belief of Twin Suns via Low Temperature Physics, and Towards Improved Maxwell Equations with Nonlocal Vector Potential*

Section A: Discussion on Hidden Variable Theories of Quantum Mechanics

Bridging the Divide: Cellular Automata and the Electric Universe

The Electric Universe and the Schrödinger Equation

Section B: More on the Aboriginal View of Twin Suns

The Celestial Waltz: Unveiling the Dance of Positive and Negative Mass in a Twin Sun System

Concerning Matter-Antimatter Symmetry Solutions of the Dirac Equations

Section C. Discussions: Improved Maxwell Equations with Nonlocal Vector Potential

Spin Supercurrents: A Bridge Across the Divide.

Exploring the Implications

Code #1. Mathematica Code of Nonlinear Vector Potential Ala Aharonov Effect

Code #2. Mathematica Code for Derivation of Spin Supercurrent from Phonon-Roton Subquantum Vacuum Model (a la Winterberg)

Important Notes

Code #3. Mathematica Code of a Set of Improved Maxwell Equations with Non-Local Vector Potential (as an Alternative to Weber Electrodynamics Equations)

Code #4. Mathematica Code of Differential Forms Equivalent to Improved Maxwell Equations with Nonlocal Vector Potential

Appendixes

Chapter 6

Problematic Topics in Electrodynamics

Chapter 7

A Rigorous Examination of the Electroweak Theory

Blank Page.

Notes:

Includes bibliographical references.

Description based on publisher supplied metadata and other sources.

Description based on print version record.

ISBN:

979-88-95305-20-1

OCLC:

1517396382