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The prime objective of the collection of lectures contained in this book is to formulate our current understanding of aperiodic solids with long range order, quasicrystals in particular. At the same time it provides a comprehensive insight into the most recent concepts and tools of condensed matter physics and gives a detailed discussion and interpretation of relevant experimental data. The deliberate pedagogical approach of the authors makes this book particularly useful for graduate students and experimentalists wishing to acquaint themselves with the fundamental concepts.
Course 1 Dynamics and Transport Properties of Aperiodic Crystals.- Course 2 Diffraction Experiments on Quasicrystals and Related Phases.- Course 3 Electronic Properties of Quasicrystals. A Comparison with Approximant Phases and Disordered Systems.- Course 4 Exact Electron States in 1D (Quasi-) Periodic Arrays of Delta-Potentials.- Course 5 Random Tiling Models for Quasicrystals.- Course 6 Model Sets: A Survey.- Course 7 Acceptance Windows Compatible with a Quasicrystal Fragment.- Course 8 Counting Systems with Irrational Basis for Quasicrystals.- Course 9 Acoustic-Like Excitations in Strongly Disordered Media.- Course 10 Intermittent Dynamics and Ageing in Glassy Systems.- Course 11 A Short Introduction to Ergodic Theory and Its Applications.- Course 12 Fractality and the Kinetics of Chaos.- Course 13 Long-Tailed Distributions in Physics.- Course 14 Distribution of Galaxies: Scaling vs. Fractality.
"The deliberate pedagogical approach of the authors makes this book particularly useful for graduate students and experimentalists wishing to acquaint themselves with the fundamental concepts." (Zeitschrift fur Kristallographie, 217/10, 2002)