Description

The intersection of mathematics and physics is the focus of the important study known as mathematical physics. Mathematical physics has multiple unique subfields, and these largely matched up with various historical eras. Physics and mathematics have a long history of productive interaction. Physics has consistently produced intriguing mathematical puzzles, and the solutions to these puzzles have called for the development of new mathematical concepts. On the other hand, developments in mathematics have found astounding and surprising applications in physics. You could think of mathematics as a language of logical relationships built around the idea or definition of one. We can rationally define two, three, and other units of what we call numbers from this one. This book is intended to serve in part as a textbook and resource for the undergraduate Engineering Physics course offered at engineering colleges around the nation. The book also serves as a reference guide for scientists conducting theoretical physics and signal processing research.