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Vector Analysis and the Theory of Relativity (Classic Reprint) - Softcover

Francis D. Murnaghan

 
9781440094347: Vector Analysis and the Theory of Relativity (Classic Reprint)

Synopsis

A rigorous, problem‑driven guide to four‑dimensional space–time and gravitation, built around concrete methods and Einstein’s ideas.

This edition presents a careful treatment of the metric space around a gravitating center, the paths of material particles and light, and how different observers relate their natural coordinate systems. It emphasizes a tensor form for the laws of physics and includes detailed problem work that guides readers through the core calculations of relativity.

Readers will encounter:

  • How to define natural coordinate systems and relate them across observers.
  • Derivation of the Einstein tensor for orthogonal coordinate systems in a gravitating field.
  • Geodesic paths for particles and light, with methods for solving the associated equations.
  • Conceptual tools for resolving covariant and contravariant tensors in practical settings.

Ideal for students and professionals who want a clear, quantitative approach to relativity and gravitation, using concrete problems to build understanding.

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