Box CERM 16

Includes Basic Concepts of Several Nuclear Models, Introduction to Many-Body Formalism, The Theory of Superconductivity Applied to Nuclei, and The Cranking Model and Collective Rotation

Includes Cranking + RPA Treatment of Krumlinde and Szymanski's R(8) Model and RPA Calculations of B(E2)'s for the R(8) Model

Includes Quadrupole Tensor Operators in the R(8) Model and Krumlinde's Tensors

Stability of Spherical Cranking Model, Legendre Transformation and the Cranking Model, and Valatin's Canonical Basis

Polarizabilities

Includes handwritten notes on SCC+RPA Applied to a Hamiltonian with Monople + Quadrupole Pairing and Q-Q Forces

Includes Self-Consistent Excited States in the R(6) Model and Behavior of Krumlinde States under Rotation

Includes notes on Belyaev-Zelevinsky Expansion about a Directly Factorized Average Field

Preliminary Work

Collective Rotation in Many-Particle Systems

Includes Nuclear Physics and Pysical Review Letters articles

Includes notes by E. R. Marshalek on Hartree-Fock Theory

Outline and Transparencies

Tilted Bands

Notes - For the Collective Model

Includes Boson Realization for Quadrupole Bosons

Includes Dyson and Holstein-Primakoff Mappings for the 5-Dimensional Isotropic Oscillator

Also includes correspondence with J. Weneser (MIT) and notes on Approximations of the Pairing Force

Includes Boson Expansions through RPA Order, Application of Boson Expansions to the Lipkin Model