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Solid State Physics: Essential Concepts, by David W. Snoke
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Key Benefit: Solid State Physics: Essential Concepts centers on the unifying, essential theoretical concepts and tools of modern condensed matter physics that every�reader should know to read the literature. It is envisioned as a graduate text for a 1-semester course although the�reader is not assumed to have prior knowledge of solid state physics because results are derived from first principles.�
Key Topics: Electron Bands, Electronic Quasiparticles, Classical Waves in Anisotropic Media, Quantized Waves, Interactions of Quasiparticles, Group Theory, The Complex Susceptibility, Many-Body Perturbation Theory, Coherence and Correlation, Spin and Magnetic Systems, Spontaneous Coherence in Matter
Market Description: Intended for readers who need to learn the basics of modern condensed matter physics.
- Sales Rank: #1110472 in Books
- Published on: 2008-08-07
- Original language: English
- Number of items: 1
- Dimensions: 8.90" h x 1.30" w x 7.30" l, 2.23 pounds
- Binding: Paperback
- 640 pages
From the Back Cover
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Key Benefit:Solid State Physics: Essential Conceptscenters on the unifying, essential theoretical concepts and tools of modern condensed matter physics that every�reader should know to read the literature. It is envisioned as a graduate text for a 1-semester course although the�reader is not assumed to have prior knowledge of solid state physics because results are derived from first principles.�
Key Topics:Electron Bands, Electronic Quasiparticles, Classical Waves in Anisotropic Media, Quantized Waves, Interactions of Quasiparticles, Group Theory, The Complex Susceptibility, Many-Body Perturbation Theory, Coherence and Correlation, Spin and Magnetic Systems, Spontaneous Coherence in Matter
Market Description:Intended for readers who need to learn the basics of modern condensed matter physics.
About the Author
David W. Snoke (Ph.D., University of Illinois at Urbana-Champaign, 1990) is a professor in the Department of Physics and Astronomy of the University of Pittsburgh. Prior to coming to Pittsburgh in 1994 he was a postdoc at the Max Planck Institute in Stuttgart with Manuel Cardona, and also worked in industry. In 2006 Professor Snoke was elected a Fellow of the American Physical Society, "for his pioneering work on the experimental and theoretical understanding of dynamical optical processes in semiconductor systems.'' His present research focuses on Bose-Einstein condensation of excitons and polaritons in two and three dimensions. Professor Snoke’s diverse experience has given him strong feelings about the present needs in solid state physics education. In particular, his experience in the fundamental semiconductor optics community as given him a deep appreciation for the unifying theoretical methods which run through solid state physics, while his interaction with the Bose-Einstein condensation community has given him an appreciation for the underlying unity of coherent phenomena as diverse as superconductors, superfluids, and lasers.
Most helpful customer reviews
17 of 17 people found the following review helpful.
What's really going on in solids
By Alex Hayat
This is definitely the best book I've read on solid-state physics. It presents clearly the beautiful underlying concepts, while relating them to other fields of physics and giving the necessary mathematical tools. This can be a great launching pad for a researcher and a useful resource for an educator.
When learning a new subject in physics or engineering, I often find myself thinking: "Sure, I see the equations. The math comes out neatly, and I can probably calculate everything I need using these .... But what is really going on here?" Snoke's book gives the understanding of what's "really going on" supported by a sound mathematical basis.
I believe that this is the right way to learn and teach physics, and as an educational tool, I never saw anything like this book since Feynman's lectures on physics. I teach an undergraduate course in solid-state physics, and I already started implementing some of the concepts presented here in class with great success.
The new holistic philosophy of the book allows dealing with very interesting new physics painlessly with an elegant mathematical description. I really like the demonstrations of deep fundamental concepts in "real-life" aspects of solid-state physics, such as explanations of why solids don't collapse or why spins align in a magnet based on fermionic behavior and quantum-field interactions. The author often puts the finger on what's the root cause of things. A good example is the sign in transition probability into a populated state which determines most of chemistry for fermions on the one hand, and all the stimulated processes for bosons including lasers and condensates on the other hand, and the reason for why only bosons can make up classical waves.
This book probably does not have the detail given in other basic solid-state books such as Ashcroft & Mermin, however I think the details should come only after the understanding of the principles. Furthermore, Snoke's book allows easy understanding of more advanced topics such as group theory that is usually difficult to grasp in more detailed books such as the one by Yu and Cardona. Another advanced topic clearly presented here is the quantum-field approach for many-body effects that can be found in more detail e.g. in Kittel's "Quantum theory of solids", however that book can be very difficult for a beginner in the field.
There are many useful connections to other subjects including quantum optics, nonlinear optics, chemistry, Bose-Einstein condensates etc. I really like this approach in contrast to the continuously growing over-specialization of science nowadays, leading to a sort of degeneracy in niche fields that could benefit from new ideas.
I strongly recommend this book to graduate students and to anyone interested in understanding solid-state physics, as well as to those teaching it.
3 of 3 people found the following review helpful.
one of the best solid state textbooks to date
By LB
This is one of the best solid state physics textbooks to date. We are all accustomed to learning the topic from Kittel or Ashcroft and Mermin. However, when the time comes to apply the knowledge to modern research, these books clearly belong to a different era and badly need to be updated. The book should be commended for its choice of topics (fairly modern), and its presentation style, which is highly pedagogical. The author writes in an extremely clear style, where each sentence is important. The book builds up the topics to cover modern, advanced materials, but assumes very few pre-requisites. Everything in the book is derived from first principles, using simple language and concepts. You will also be thankful for its use of group theory. Modern research requires it - but the existing texts are too advanced for the average reader. Snoke cover it at the right level for a physics student - without the proofs which tend to get in the way of learning this technical topic. In terms of content, the book covers topics that are relevant in modern research, such as excitons, spin-orbit coupling, quantum confinement, nano-junctions, quasi-particles, magneto-transport, fractional quantum Hall effect, anisotropic media, electro optics, second quantization, coherent states, photon interactions with matter, phonon interactions, electron-phonon interactions, Master equations, relaxation phenomena (T1, T2), defects, electron-electron interactions, phonon-phonon interactions, Boltzmann electron transport, nonlinear optics, photon-photon interactions, Raman scattering, polarons, many-body effects, Feynman diagrams & diagrammatic perturbation theory, Green's functions, correlation functions, noise, linear response theory & Kubo formula, correlated electron effects, spin and magnetism, superconductivity, etc. and the book uses both conventional notations and second quantized / Nambu notation. So you will be in good shape to read the current literature after going through this book. The problems / exercises are also pretty useful for self-teaching the topic to oneself.
1 of 1 people found the following review helpful.
His is one of the best introductions I have read and consequently
By R. H Squire
The pedagogical value of Snoke’s book for undergraduate STEM students cannot be underestimated. The students in my Physical Chemistry and Modern Physics courses find the book very readable; this enables them to begin their “special topics” research at their own pace after a brief introduction. Many textbooks are lacking continuity in the development of topics; however, Snoke’s book is well written and logical. His book provides classical intuitive developments, followed by the essential quantum description. His field theory development builds from a consistent and readable description of the quantized harmonic oscillator and development of the polarizations and other needed attributes of full-blown field theory. His is one of the best introductions I have read and consequently, the STEM students understand it and feel encouraged. This understanding enables them to apply the theory, derive and understand a useful result and gain a sense of accomplishment. One student commented “that they felt as though they were walking in the footsteps of the giants.”
Most of the chemistry students are surprised by their “discovery of bosons.” They understand what a “real” coherent state is and can write its wave function. They further can follow the development of the statistical mechanical Bose-Einstein Condensate (BEC) theory. Their understanding continues to special properties of BEC: superconductivity, lasers, polaritons, etc. STEM students are elated with their elevation to a higher plateau of comprehension.
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