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Complex Variables Demystified is a guide for readers who are looking for a straightforward and user-friendly way to master the subject of complex variables/analysis.
Taking quantum computing out of the realm of theoretical physics, Quantum Computing Explained is a self-contained text that teaches the necessary tools and presents the topic in a clear and conversational tone for the non-physicist.
Quantum field theory unifies Einstein's theory of relativity with quantum mechanics. This work helps you learn quantum field theory. Picking up where "Quantum Mechanics Demystified" left off, it also gives the background needed to learn more advanced topics such as string theory, supersymmetry, and quantum gravity.
Covering signals and systems, this guide helps students taking subject, as well as professionals who want to brush up on their knowledge. It includes information on signal processing, linear systems, and discrete systems. It also includes topics such as: Fourier analysis, filtering, spectral density, AM and FM systems, and the z-Transform.
Elucidates the highly mathematical, complex, and difficult to learn topic of string theory in the DeMYSTiFied way, with loads of examples, solved equations, and step-by-step guidance.
For students looking to get a head start or just brush up on the basic concepts of linear algebra, help is now here. Linear Algebra Demystified is suitable for self-study or as a supplemental reference for much more complicated (and expensive) texts.
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