Reconstruction of Macroscopic Maxwell Equations: A Single Susceptibility Theory: 237 (Springer Tracts in Modern Physics)

Book Details:

• Author: Kikuo Cho

• Publisher: Springer

• Edition: 2010 Edition

• Binding: Hardcover

• Number of Pages: 138

• Release Date: 18-09-2010

• EAN: 9783642127908

• Package Dimensions: 9.3 x 6.1 x 0.6 inches

• Language: English

About The Book:

In Electromagnetism and the Macroscopic Maxwell Equations, Kikuo Cho addresses a fundamental challenge in teaching and understanding electromagnetism, especially the macroscopic Maxwell equations (M-eqs). Throughout his career, Cho has observed that both teaching and learning these equations are often difficult due to their dependence on empirical knowledge and model-specific concepts, rather than purely logical reasoning. This contrasts with the more logically structured microscopic Maxwell equations and quantum mechanics, which tend to be easier to teach and grasp.

The author reflects on why there is hesitation around the teaching of macroscopic M-eqs, suggesting that the challenge arises from the need to explain concepts that even experienced physicists may not fully comprehend. This book seeks to fill the gap by offering insights into the logical structure and applications of macroscopic electromagnetism, acknowledging the inherent complexities while offering clear guidance to both students and educators in understanding this crucial area of physics.

Key Features:

• Focuses on the macroscopic Maxwell equations, exploring their complexities in teaching and learning.

• Examines the role of empirical knowledge and model-dependent concepts in electromagnetism.

• Provides a philosophical perspective on the challenges faced by physicists in understanding and teaching macroscopic M-eqs.

• Aimed at both students and educators of electromagnetism, particularly those tackling the macroscopic aspects of Maxwell’s equations.

• Written by a distinguished physicist with years of experience in the field.

This book is ideal for those studying or teaching electromagnetism, especially those grappling with the intricacies of macroscopic models. It offers valuable insights into overcoming the conceptual hurdles associated with the subject.