Computational Tools for the Analysis of Magnetic Materials: From Synthesis to Simulation

Computational Tools for the Analysis of Magnetic Materials: From Synthesis to Simulation

For decades discovering new magnetic materials required slow and expensive laboratory experiments. Today the most powerful tool for an engineer is the modern supercomputer. "Computational Tools for the Analysis of Magnetic Materials From Synthesis to Simulation" is your complete guide to this incredible digital revolution. Written by Dr. Prakash Kanjariya this comprehensive textbook bridges the gap between fundamental physics and advanced digital engineering. The book takes you on a clear step by step journey. You will start by mastering the basic quantum mechanics of electron spins. You will then learn how to use powerful industry standard software like OOMMF and MuMax3 to simulate massive magnetic memory chips. Finally you will step into the cutting edge world of Machine Learning and discover how Artificial Intelligence is designing the permanent magnets of tomorrow. This book is perfectly designed for university students research scientists and computational engineers. It strips away the confusing mathematical clutter. Instead it focuses heavily on the true physical meaning behind the complex simulations. Whether you want to build highly efficient electric vehicle motors or design ultra fast spintronic computer memory this textbook provides the exact computational foundation you need. Step out of the traditional physical laboratory and learn how to engineer the future directly on your screen.