Note 1: This is a new websection on my website. I expect to be updating this section from time to time.

David Hestenes and Garret Sobczyk have tailored Clifford Algebra for general application to mathematics and physics problems at all levels, always stressing the geometrical interpretations of the algebra. Geometric algebra always stresses placing theorems and proofs in coordinate-free form. Because the geometric algebra is based on vectors and the aptly-called 'geometric product' of vectors, one is often able to literally 'divide by a vector'!

For additional information of geometric algebra, the following links are provided:

The next link takes you to a book review on NFCM (from 1990). Book Review Link

This page is brand new, so I have a limited amount of material on it at this time. CAGC has no chapter problems per se in it. But I will provide some computations of occasional results as I have time to get to them. Thanks for your patience.

Chapter 1 :

Click on this link to Chapter 1 of CAGC. Root page for Chapter 1.

Chapter 2:

Click on this link to find the root page for Chapter 2: Root page for Chapter 2.

Chapter 3:

Click on this link to find the root page for Chapter 3: Root page for Chapter 3.

Chapter 4:

Click on this link to find the root page for Chapter 4: Root page for Chapter 4.

Chapter 5:

Click on this link to find the root page for Chapter 5: Root page for Chapter 5.

Chapter 8:

Click on this link to find the root page for Chapter 8: Root page for Chapter 8.

Clifford Algebra to Geometric Calculus