Molecules in Physics, Chemistry, and Biology

Mathematical Molecular Physics.- The Mathematical Definition of a Molecule and Molecular Structure.- From Geometrical Molecules to Topological Molecules: A Quantum Mechanical View.- Relativistic Molecular Physics.- Ab-Initio Relativistic Quantum Chemistry.- Space-Curvature Effects in Atomic and Molecular-Structure Calculations.- Molecules in Space.- Organic and Exotic Molecules in Space.- Molecular Processes in the Interstellar Medium.- Small Molecular Structures.- Electric and Magnetic Properties for the Ground and Excited States of Molecular Hydrogen.- Photoionization Dynamics of Diatomic Molecules.- Low-Energy Electron-Molecule Dynamics.- Small Naked Homonuclear Clusters of Transition Metal Atoms.- Nonrigid and Large Systems.- Understanding the Structure and Spectra of Non-Rigid Molecules.- Effective Vibration-Rotation Hamiltonian of a Molecule with a Large-Amplitude Internal Motion.- Ultrafast Dynamics of Diphenyl Polyenes: Experiment, Theory and Models of Conformational Motion Properties.- Laser-Line Narrowing and Laser-Excited Shpol’skii Effect of Impurity Spectra of Polynuclear Aromatic Hydrocarbon Solids.- Molecular Interactions.- Molecular Charge Distributions and Response Functions: Multipolar and Penetration Terms; Application to the Theory of Intermolecular Interactions.- Towards Classification and Analytical Description of Molecular Interactions Including Quantum-Mechanical Many-Body Effects.- A Reappraisal of the Hydrogen Bonding Interaction Obtained by Com bining Energy Decomposition Analyses and Counterpoise Corrections.- Theoretical Approaches to Crystals.- Ab-Initio Potential Functions for Crystals and Ab-Initio Crystal Orbitals.- Molecular-Orbital Approach to Crystal-Field Theory for Transition Elements in Solids.- Lutetium Bisphthalocyanine: TheFirst Molecular Semiconductor.- From Quantum Chemistry to Organic Optical Signal Processing: A Computer-Aided Molecular Engineering Approach.- Electronic Structure and the Classification of Materials.