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

*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*.