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Quantum Mechanics is one of the most fundamental physical sciences, and has been made famous by such phenomena as blackbody radiation and quantum tunneling. It affects every aspect of our lives, from basic interactions between molecules to the operation of powerful quantum computers. From its beginnings in 1900 with Max Planck and Albert Einstein to its development in the 1920s by Heisenberg, Schrödinger and Dirac, quantum mechanics has led to many surprising discoveries about the world we live in—and it’s just getting started! Every time you use a computer or send an email--or when you enjoy a bright sunny day or make a sandwich--you rely on quantum mechanics. But how is it that this seemingly simple theory continues to guide us with such authority? Why hasn’t quantum mechanics proved entirely puzzling over the years, like relativity or the atom? All these questions are answered in this wonderfully engaging textbook, Quantum Mechanics. The authors explain both the “why” and “how” of quantum mechanics, including straightforward explanations of concepts like wave-particle duality and uncertainty principle. They also explore its relation to other theories, like Einstein’s relativity; the theory of the atom; and quantum field theory, which describes how particles come together to form atoms. This book offers an accessible introduction to the most important discoveries in twentieth-century physics, including: • The Schrödinger equation, which describes the movement of subatomic particles. • Wave function collapse, which allows subatomic particles to be viewed as spinners instead of point objects. • Decoherence, which causes quantum mechanical systems to lose their ability to interact with one another. • The Many Worlds interpretation of quantum mechanics—a radical alternative explanation of the wave function. • Quantum entanglement and quantum teleportation, which allow quantum systems to interact with one another over vast distances. • The strong and weak nuclear forces, which govern the behavior of atomic nuclei. • The Higgs boson, which is the key to understanding how matter acquires mass. As they explain such concepts, the authors also delve into the history of quantum mechanics. For the first time in the English language, this textbook presents a substantially revised and expanded version of one of the most popular textbooks on quantum mechanics. In this fifth edition, the authors have added a further 18 chapters as well as a number of exercises for students to practice. In short, this book is everything you need to learn about quantum mechanics.Quantum Mechanics a text book by mathews and venkatesan pdf free download https://www.amazon. cfa1e77820
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