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Advanced quantum mechanics by J. J Sakurai (Addison-Wesley series in advanced physics)
Requirements: .PDF reader, 9 mb
Overview: The purpose of this book is to present the major advances in the fundamentals of quantum physics from 1927 to the present in a manner that cannot be made any simpler.
Chapter 1 of this book is concerned with a very brief introduction to classical field theory needed for the latter parts of the book. The subject matter of Chapter 2 is the quantum theory of radiation. First, the transverse electromagnetic field is quantized in analogy with quantum-mechanical harmonic oscillators. The subsequent parts of the chapter deal with standard topics such as the emission, absorption, and scattering of light by atoms, and thus provide rigorously correct (as opposed to superficial) explanations of a number of atomic phenomena (e. g„ spontaneous emission, Planck’s radiation law, and the photoelectric effect) with which the students are already familiar from their earlier courses. In addition, we discuss more advanced topics including radiation damping, resonance fluorescence, the Kramers-Kronig (dispersion) relations, the idea of mass renormalization, and Bethe’s treatment of the Lamb shift.
Genre: Non-Fiction > Educational
Download Instructions:
http://2bay.org/cff893d78b7421dc13e8308 ... 7c38f9f84c
(Closed Filehost) https://ul.to/g07n5pj9
Requirements: .PDF reader, 9 mb
Overview: The purpose of this book is to present the major advances in the fundamentals of quantum physics from 1927 to the present in a manner that cannot be made any simpler.
Chapter 1 of this book is concerned with a very brief introduction to classical field theory needed for the latter parts of the book. The subject matter of Chapter 2 is the quantum theory of radiation. First, the transverse electromagnetic field is quantized in analogy with quantum-mechanical harmonic oscillators. The subsequent parts of the chapter deal with standard topics such as the emission, absorption, and scattering of light by atoms, and thus provide rigorously correct (as opposed to superficial) explanations of a number of atomic phenomena (e. g„ spontaneous emission, Planck’s radiation law, and the photoelectric effect) with which the students are already familiar from their earlier courses. In addition, we discuss more advanced topics including radiation damping, resonance fluorescence, the Kramers-Kronig (dispersion) relations, the idea of mass renormalization, and Bethe’s treatment of the Lamb shift.
Genre: Non-Fiction > Educational
Download Instructions:
http://2bay.org/cff893d78b7421dc13e8308 ... 7c38f9f84c
(Closed Filehost) https://ul.to/g07n5pj9
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