Preface
1 Overview
1.1 Condensed matter physics
1.2 An example-H2o
1.3 Energies and potentials
Bibliorgbhy
References
2 Structure and scattering
2.1 Elementary scattering theory-Bragg"s law
2.2 Photons neutruons or elctrons
2.3 The density operator and its correlation functions
2.4 Lipuids and gases
2.5 Crystalline Sokids
2.6 Symmerty and crystal structure
2.7 Liquid crystals
2.8 One-and two-dimensional order in three-dimensional materials
2.9 Incommensurate structures
2.10 Quasicrystals
2.11 Magnetic order
2.12 Random isotopic fractls
3 Thermodynamics and statistical mechanics
4 Mean-field theory
5 Field theories,critical phenomena and the reormalization group
6 Generalized elasticity
7 Dynamics:correlation and response
8 Hydrodynamics
9 Topological defects
10 Walls kinks and solitons
Bibliograhy
References
Problems
Golssary
Index
1 Overview
1.1 Condensed matter physics
1.2 An example-H2o
1.3 Energies and potentials
Bibliorgbhy
References
2 Structure and scattering
2.1 Elementary scattering theory-Bragg"s law
2.2 Photons neutruons or elctrons
2.3 The density operator and its correlation functions
2.4 Lipuids and gases
2.5 Crystalline Sokids
2.6 Symmerty and crystal structure
2.7 Liquid crystals
2.8 One-and two-dimensional order in three-dimensional materials
2.9 Incommensurate structures
2.10 Quasicrystals
2.11 Magnetic order
2.12 Random isotopic fractls
3 Thermodynamics and statistical mechanics
4 Mean-field theory
5 Field theories,critical phenomena and the reormalization group
6 Generalized elasticity
7 Dynamics:correlation and response
8 Hydrodynamics
9 Topological defects
10 Walls kinks and solitons
Bibliograhy
References
Problems
Golssary
Index
