The Springer Series in Solid-State Sciences includes volumes on topics such as semiconductor physics, the LMTO method, crystal optics, resonant nonlinear interactions, elastic media with microstructure, electronic properties of doped semiconductors, and topological disorder. These volumes are edited by Peter Fulde and others. The book "Green's Functions in Quantum Physics" by E.N. Economou is part of this series and is a second corrected and updated edition. It covers the mathematical foundations of Green's functions and their applications in quantum physics, including topics like time-independent and time-dependent Green's functions, perturbation theory, tight-binding Hamiltonians, single and multiple impurity scattering, and disordered systems. The book also discusses many-body Green's functions, their properties, and calculation methods. It includes a detailed review of applications in solid-state physics and covers the physical significance of Green's functions in one-body quantum problems. The book is intended for solid-state physicists and graduate students, providing a comprehensive overview of the subject with a focus on both theoretical and practical aspects. The second edition includes expanded content, additional information, and a detailed summary of each chapter. The book is supported by references and includes a subject index.The Springer Series in Solid-State Sciences includes volumes on topics such as semiconductor physics, the LMTO method, crystal optics, resonant nonlinear interactions, elastic media with microstructure, electronic properties of doped semiconductors, and topological disorder. These volumes are edited by Peter Fulde and others. The book "Green's Functions in Quantum Physics" by E.N. Economou is part of this series and is a second corrected and updated edition. It covers the mathematical foundations of Green's functions and their applications in quantum physics, including topics like time-independent and time-dependent Green's functions, perturbation theory, tight-binding Hamiltonians, single and multiple impurity scattering, and disordered systems. The book also discusses many-body Green's functions, their properties, and calculation methods. It includes a detailed review of applications in solid-state physics and covers the physical significance of Green's functions in one-body quantum problems. The book is intended for solid-state physicists and graduate students, providing a comprehensive overview of the subject with a focus on both theoretical and practical aspects. The second edition includes expanded content, additional information, and a detailed summary of each chapter. The book is supported by references and includes a subject index.