Theory and Applications of Moment Methods in Many-Fermion Systems

Elementary Principles of Spectral Distribution.- Limits of Thermodynamic Models for Nuclear Level Densities.- Statistical Properties from High Resolution Proton Resonance Reactions.- Nuclear Level Densities in Astrophysics.- Astrophysical Opacities and Moment Methods in the Interpretation of Spectral Observation in Atomic Spectra.- Special Topics in Spectral Distributions.- On the Averages of Operators in Finite Fermion Systems.- Moment Techniques in Atomic and Molecular Scattering Theory.- The Representative-Vector Method for Calculating Operator Moments.- Phenomenological Approach to Nuclear Level Densities.- Stieltjes-Tchebycheff Moment-Theory Approach to Photoeffect Studies in Hilbert Space.- Polynomial Expansions and Transition Strengths.- Moment Methods and Lanczos Methods.- Spectral Distributions and Symmetries.- Calculation of Spin Cutoff Parameters using Moment Techniques.- Group Symmetries and Information Propagation.- Level Densities in Nuclear Physics.- Spectral Methods Applied to Ising Models.- The Partition Function as a Laplace Transform of a Positive Measure in the Strength Parameter.- Application of Spectral Distributions in Effective Interaction Theory.- Beta Decay and Strength Distributions.- Study of Effective Interactions and Models in Nuclei Using the Moment Method.- Realistic Hamiltonians for No-Core Moment Methods Studies.- Fixed-J Moments: Exact Calculations.- Radial Densities of Nuclear Matter and Charge Via Moment Methods.- Sum Rules, Strength Distributions and Giant Resonances.- Participants.