D-differentiation is a unified operation that enables aspects of
differential geometry to be developed and presented from a new
perspective. This book is the first comprehensive and self-contained
treatment of this new method. It demonstrates, concisely but without
sacrificing rigour or intelligibility, how even elementary concepts in
differential geometry can be reformulated to obtain new and valuable
insights. In addition, D-differentiation has applications in several
areas of physics, such as classical mechanics, solid-state physics and
general relativity.
This book will prove useful to all users of D-differentiation - from
advanced graduate students onwards - and to those researching into new
approaches to some branches of physics and mathematics.