Introducción Aproximación de la formulación de la relatividad moderna y el electromagnetismo / Noboru Yamamoto

Descripción del producto ※Tenga en cuenta que la información del producto está traducida por máquina, por lo que puede que no sea la traducción correcta.

Physics
KS Physics Specialists / A description in which the logic connection from the Maxwell equations is recognized, the framework of modern special relativity is constructed in the axis of "covariation form of electromagnetic". This paper also explains the physical paradox, and includes Python's practice. [Main Contents] Chapter 1 : Overview of this book Chapter 2 : Classical Electromagnetic and Maxwell Equations Chapter 3 : From the Maxwell equations to the special relativity Chapter 4 : The principle of light velocity invariant and its physical significance Chapter 5 : Minkowski space Chapter 6 : Covariation of Maxwell equations Chapter 8 : Electromagnetic fields in materials and Maxwell Equations Chapter 9 : Experimental verification of special relativity Chapter 10 : Variational and analytical dynamics Chapter 13 : Electromagnetic fields and variational Chapter 14 : Electromagnetic fields produced by moving point charges Chapter 15 : Further understanding the special relativity Apéndice A : Formula for vector operations Apéndice B : SageManifold/SageMath Apéndice C Ejercicio relatividad