Practical Relativity: From First Principles to the Theory of Gravity

Practical Relativity is an advanced textbook that aims to emphasize the real applications of relativity and places the topic in the context of experimental science.  The ‘practical’ aspect of the book rests primarily on the author’s method of starting at the beginning of the topic and proceeding to advanced material, while including all the stages that lead to important results. This book encompasses an approach that remains as close as possible to familiar concepts of vectors, tensors and reference systems in the hope of capitalizing on received wisdom.
Presented in six chapters, each chapter takes a logical step on the way to relativistic electromagnetism and gravity.
Chapter topics are:Non–relativity for Relativists Invariance of Physical Law Under Change of Inertial Frame of ReferenceImplications: Using and Understanding the Lorentz TransformationsElectromagnetic Theory in Space–timeGravitational Structure of Space–timeThe Measure of Space–time
Problems and examples are included throughout the book and a solutions manual is available at www.wiley.com/go/henriksen.
This book may be used as lecture material for a course on special relativity and gravitation at an undergraduate and graduate level, and will appeal to students studying for both physics and astronomy. In addition, it will be a useful source book for physicists, astronomers and engineers.


Spis treści:
Preface
Acknowledgements
Introduction
Part One: The World Without Gravity
1 Non–relativity for relativists
1.1 Vectors and reference frames
2 Invariance of physical law under change of inertial frame of reference
2.1 Prologue
2.2 The theory of light or electromagnetic waves
2.3 Measurement theory and the Lorentz transformations
3 Implications: Using and understanding the Lorentz transformations
3.1 Prologue
3.2 Kinematic applica tions
3.3 Kinematic acceleration
3.4 Geometrical optics
4 The measure of space–time
4.1 Prologue
4.2 Metric space–time
4.3 Four–vector dynamics
5 Electromagnetic theory in space–time
5.1 Prologue
5.2 Lagrangian dynamics of an electromagnetic charge
5.3 Electromagnetism for arbitrary inertial observers
Part Two: Relativity with the Gravitational Field
6 Gravitational structure of space–time
6.1 Prologue
6.2 The weak gravitational field
6.3 Constant or stationary gravitational field
6.4 Strong gravitational field


Okładka tylna:
Practical Relativity is an advanced textbook that aims to emphasize the real applications of relativity and places the topic in the context of experimental science.  The ‘practical’ aspect of the book rests primarily on the author’s method of starting at the beginning of the topic and proceeding to advanced material, while including all the stages that lead to important results. This book encompasses an approach that remains as close as possible to familiar concepts of vectors, tensors and reference systems in the hope of capitalizing on received wisdom.
Presented in six chapters, each chapter takes a logical step on the way to relativistic electromagnetism and gravity.
Chapter topics are:Non–relativity for Relativists Invariance of Physical Law Under Change of Inertial Frame of ReferenceImplications: Using and Understanding the Lorentz TransformationsElectromagnetic Theory in Space–timeGravitational Structure of Space–timeThe Measure of Space–time
Problems and examples are included throughout the book and a solutions manual is available at www.wiley.com/go/henriksen.
This book may be used as lecture material for a course on special relativity and gravitation at an undergraduate and graduate level, and will appeal to students studyi ng for both physics and astronomy. In addition, it will be a useful source book for physicists, astronomers and engineers.