Physics of Condensed Matter

Content: 
Front Matter, Pages i-ii
Copyright, Page iv
Dedication, Page v
Preface, Pages xxi-xxiii
Chapter 1 - Basic Properties of Crystals, Pages 1-35, Prasanta K. Misra
Chapter 2 - Phonons and Lattice Vibrations, Pages 37-69, Prasanta K. Misra
Chapter 3 - Free Electron Model, Pages 71-93, Prasanta K. Misra
Chapter 4 - Nearly Free Electron Model, Pages 95-130, Prasanta K. Misra
Chapter 5 - Band-Structure Calculations, Pages 131-163, Prasanta K. Misra
Chapter 6 - Static and Transport Properties of Solids, Pages 165-197, Prasanta K. Misra
Chapter 7 - Electron–Electron Interaction, Pages 199-242, Prasanta K. Misra
Chapter 8 - Dynamics of Bloch Electrons, Pages 243-274, Prasanta K. Misra
Chapter 9 - Semiconductors, Pages 275-303, Prasanta K. Misra
Chapter 10 - Electronics, Pages 305-337, Prasanta K. Misra
Chapter 11 - Spintronics, Pages 339-368, Prasanta K. Misra
Chapter 12 - Diamagnetism and Paramagnetism, Pages 369-407, Prasanta K. Misra
Chapter 13 - Magnetic Ordering, Pages 409-449, Prasanta K. Misra
Chapter 14 - Superconductivity, Pages 451-486, Prasanta K. Misra
Chapter 15 - Heavy Fermions, Pages 487-525, Prasanta K. Misra
Chapter 16 - Metallic Nanoclusters, Pages 527-566, Prasanta K. Misra
Chapter 17 - Complex Structures, Pages 567-597, Prasanta K. Misra
Chapter 18 - Novel Materials, Pages 599-631, Prasanta K. Misra
Appendix A - Elements of Group Theory, Pages 633-639
Appendix B - Mossbauer Effect, Pages 641-644
Appendix C - Introduction to Renormalization Group Approach, Pages 645-649
Index, Pages 651-664