Interested in learning general relativity through a simple, beginner-friendly approach?

This bundle provides you downloadable PDF versions of my most popular and comprehensive guides to general relativity that thousands of people have read, learnt from and enjoyed. Sounds good?

Together, the articles included in this bundle cover the key concepts behind general relativity as well as many of its applications using intuitive, easy-to-understand language, illustrative images and diagrams and of course, practical examples.

Here's Exactly What You'll Get

You'll get access to the following articles in downloadable and printable PDF format:

  • General Relativity For Dummies: An Intuitive Introduction (77 pages)
  • Christoffel Symbols: A Complete Guide With Examples (58 pages)
  • The Ricci Tensor: A Complete Guide With Examples (24 pages)
  • Black Hole Orbits: A Detailed Physics Guide (43 pages)
  • The Friedmann Equations Explained: A Complete Guide (50 pages)
  • Einstein Field Equations: A Step-By-Step Derivation (27 pages)
  • Why Time Slows Down Near a Black Hole: The Physics Explained (20 pages)
  • Can Light Orbit a Black Hole? The Physics Explained (21 pages)
  • How To Learn General Relativity: A Step-By-Step Guide (17 pages)

In total, that's 337 pages worth of content - the equivalent of an entire book (and that's not even counting all the images and diagrams included)!

In the Christoffel Symbols -guide, you'll learn about the geometric and physical meaning of Christoffel symbols, one of the most important mathematical objects in general relativity. This article provides the most comprehensive deep dive into Christoffel symbols you'll be able to find anywhere.

The Ricci Tensor -guide covers another foundational mathematical tool used in general relativity, the Ricci tensor. After this guide, you'll know what the Ricci tensor represents both geometrically and physically, as well as be able to calculate the Ricci tensor for any spacetime in practice.

The Why Time Slows Down Near a Black Hole -article shows you a practical application of the ideas of general relativity in the context of describing how time dilation happens near a black hole. You'll learn the geometric explanation behind why time slows down in strong gravitational fields, as well as what physical effects this has to, for example, aging.