The applications of group theory presented in this book deal not only with the traditional fields of physics, but also include such disciplines as chemistry and biology.

J-P Gazeau, R. Kerner, J-P Antoine, S. Metens, J-Y Thibon

The 2002 Wigner Medal, The Wigner Medal 2002: Introduction, The 2002 Hermann Weyl Prize. Plenary Sessions. Symmetry and graph theory as tools for the treatment of rr-systems. Special Plenary Session & Round Table. Historical and Epistemological Aspects of Group Theory in Physics. Section 1: Discrete Groups and Geometry. Section 2: Strings, Cosmology and Gravitation. Time in quantum geometrodynamics. Fuzzy D-branes on group manifolds. Section 3: Conformal Theories and Integrable Systems. Section 4: Particle and Nuclear Physics. Section 5: Atomic and Molecular Physics, Theoretical Chemistry. Quantum algebraic symmetries in atomic nuclei and metal clusters. Section 6. Noncommutative Geometry. Section 7: Methods and Applications of Quantum Theory. Section 8: Algebras, Groups and their Representations. Section 9: Nonlinear Systems and their Symmetries. Mini-Symposium: Quantum Group Theory and Integrable Systems. Mini-Symposium: Quantum Group Theory and Integrable Systems. Satellite Colloquium: Coherent States, Wavelets and Signal Processing 1. Part A: Coherent States and Phase Space Methods. Part B: Wavelets and their Applications