This PDF covers the
following topics related to Geometric Algebra : The question, Wish list for
doing geometry, Structure of these notes, Immersive introduction to geometric
algebra, Mathematical foundations, Geometric product and geometric
algebra, PGA for the euclidean plane, Automatic differentiation, Implementation
issues, Comparison, Conclusion.
This thesis is an investigation into the
properties and applications of Clifford’s geometric algebra. Topics covered
includes: Grassmann Algebra and Berezin Calculus, Lie Groups and Spin Groups,
Spinor Algebra, Point-particle Lagrangians, Field Theory, Gravity as a Gauge
Theory.
Author(s): Chris
J. L. Doran, Sidney Sussex College
This book covers the following
topics: The inner, outer, and geometric products, Geometric algebra in
Euclidean space, projections, reflections, and rotations, Frames and
bases, Linear algebra.
This note explains new techniques in Geometric Algebra
through their applications, rather than as purely formal mathematics. It
introduces Geometric Algebra as a new mathematical technique to add to your
existing base as a theoretician or experimentalist.