Quantum technology is poised to revolutionize various fields as we approach the limits of Moore's Law. Engineers and physicists are now exploring the potential of quantum behavior in sensing, metrology, communications, and information processing. This book introduces quantum theory, focusing on dynamical behavior and practical applications while minimizing formalism. It is designed for upper-level undergraduates and first-year graduate students with limited prior exposure to quantum mechanics, typically covered in two semesters of introductory physics. The text employs mathematical language, building on foundational concepts from the first two years of study. The initial six chapters present Schrödinger's equation and the quantized descriptions of systems in real space, such as vibrators, nanoparticles, atoms, and crystals. From Chapter 7 onward, the emphasis shifts to dynamical behavior and real quantum systems, covering topics like spin, the quantized electromagnetic field, dissipation, loss, spontaneous emission, quantum optics, and operator equations for two-state systems like the quantum flip-flop and density matrix equations. The book is structured to accommodate either a two-semester course sequence or a single semester with flexible learning objectives. Even a one-semester course based on this text encompasses more material than typical upper-level quantum courses, albeit with less emphasis on detailed solutions to d
Duncan G. Steel Poradie kníh (chronologicky)
