Atoms and Molecules in Strong External Fields

White Dwarfs for Physicists.- Magnetic White Dwarfs: Observations in Cosmic Laboratories.- Hydrogen in Strong Electric and Magnetic Fields and its Application to Magnetic White Dwarfs.- Helium Data for Strong Magnetic Fields Obtained by Finite Element Calculations.- The Spectrum of Atomic Hydrogen in Magnetic and Electric Fields of White Dwarf Stars.- Neutron Star Atmospheres.- Hydrogen Atoms in Neutron Star Atmospheres: Analytical Approximations for Binding Energies.- Absorption of Normal Modes in a Strongly Magnetized Hydrogen Gas.- Electronic Structure of Light Elements in Strong Magnetic Fields.- From Field-Free Atoms to Finite Molecular Chains in Very Strong Magnetic Fields.- The National High Magnetic Field Laboratory — A Precis.- Self-Adaptive Finite Element Techniques for Stable Bound Matter-Antimatter Systems in Crossed Electric and Magnetic Fields.- A Computational Method for Quantum Dynamics of a Three-Dimensional Atom in Strong Fields.- Discretization Techniques Applied to Atoms Under Extreme Conditions.- Computer—Algebraic Derivation of Atomic Feynman—Goldstone Expansions.- Scaled-Energy Spectroscopy of Helium and Barium Rydberg Atoms in External Fields.- Atoms in Crossed Fields.- Hydrogen-Like Ions Moving in a Strong Magnetic Field.- Center-of-Mass Effects on Atoms in Magnetic Fields.- Scaling Properties for Atoms in External Fields.- Time Independent and Time Dependent States of Atoms in Static External Fields.- Secular Motion of 3-D Rydberg States in A Microwave Field.- Spontaneous Decay of Nondispersive Wave Packets.- Ionization of Helium by Static Electric Fields and Short Pulses.- Adiabatic Invariants of Rydberg Electrons in Crossed Fields.- Highly Excited Charged Two-Body Systems in a Magnetic Field: A Perturbation Theoretical Approach to theClassical Dynamics.- Analysis of Quantum Spectra by Harmonic Inversion.- Atoms in External Fields: Ghost Orbits, Catastrophes, and Uniform Semiclassical Approximations.- Quadratic Zeeman Splitting of Highly Excited Relativistic Atomic Hydrogen.- Neutral Two-Body Systems of Charged Particles in External Fields.- Semiclassical Theory of Multielectron Atoms and the H2+ Molecular Ion in Intense External Field.- On the Ground State of the Hydrogen Molecule in a Strong Magnetic Field.- Hydrogen Molecule in Magnetic Fields: On Excited ? States of the Parallel Configuration.- Electronic Properties of Molecules in High Magnetic Fields: Hypermagnetizabilities of H2.- Shallow Donor States in a Magnetic Field.- Quantum Dots in Strong Magnetic Fields.- Density Functional Theory of Quantum Dots in A Magnetic Field.- An Analytical Approach to the Problem of an Impurity Electron in a Quantum Well in the Presence of Electric and Strong Magnetic Fields.