Nuclear, Particle and Many Body Physics

Philip Morse

• Publisher: Academic Press
• Year: 2012
• Print ISBN: 9780125082013
• eBook ISBN: 9780323143035
• Topic: Physical Sciences
• Subtopic: Nuclear Physics

Nuclear, Particle, and Many Body Physics, Volume I is a collection of scientific papers dedicated to the memory of Amos de-Shalit, a distinguished physicist. The book contains chapters that discuss various studies in the field of nuclear and particle physics. The text covers such topics as chemical binding in classical Coulomb lattices; algebraic treatment of subsidiary conditions in dual resonance models; the complete Schwarzschild solution; the investigation of nucleon-nucleon correlations by means of high-energy scattering; and some aspects on the magnetic-dipole moments of states in near-spherical nuclei. Theoretical, experimental, and nuclear physicists, researchers, and students in the field of physics will find the book invaluable.

Table of contents

• Cover image
• Title page
• Table of Contents
• Copyright
• Dedication
• Preface
• Eulogy
• Recollections of Amos de-Shalit
• List of Publications
• Chapter 1: Chemical Binding in Classical Coulomb Lattices
• Chapter 2: Algebraic Treatment of Subsidiary Conditions in Dual Resonance Models
• Chapter 3: Energy Levels of Tm168
• Chapter 4: A Shell–Model Analysis of ∧ Binding Energies for the p–Shell Hypernuclei: I. Basic Formulas and Matrix Elements for ΛN and ΛNN Forces
• Chapter 5: The Complete Schwarzschild Solution
• Chapter 6: Many-Particle Shell Model Calculation of Electromagnetic Transition Rates and Multipole Moments in A = 30–34 Nuclei
• Chapter 7: Partial Width Correlations and Common Doorway States
• Chapter 8: s1/2 Doublets in Hypernuclear and Nuclear Physics
• Chapter 9: Quark Selection Principle. II. Pseudoscalar Meson Form Factor
• Chapter 10: Reaction Symmetries for Multiplet Production
• Chapter 11: Multiple-Scattering Theory for Pion–Nucleus Scattering Near the 3,3 Resonance
• Chapter 12: On the Investigation of Nucleon–Nucleon Correlations by Means of High–Energy Scattering
• Chapter 13: Fully Consistent Phase Conventions in Angular Momentum Theory
• Chapter 14: Sum Rules, Dynamic Form Factor, and Elementary Excitations in Liquid 4He
• Chapter 15: Weak Interactions at High Energies
• Chapter 16: Nonstatic Second Order Contribution to the Elastic Electron–Nucleus Scattering
• Chapter 17: Elastic Hadronic Processes, Duality and Absorption
• Chapter 18: Collective Energies from Momentum– and Angular Momentum–Projected Determinantal Wavefunctions
• Chapter 19: An Intrinsically Self-Conjugate Boson Structure: The Symplecton
• Chapter 20: Generalized O(2,1) Expansion for Asymptotically Growing Amplitudes
• Chapter 21: Properties of Multi-Particle Spaces
• Chapter 22: A Soluble Model for a System with Negative Specific Heat
• Chapter 23: The Relation Between Classical and Quantum Mechanical Rigid Motion
• Chapter 24: High Energy Diffractive Dissociation of Pions and the A1
• Chapter 25: Coulomb Excitation of 197Au and a Core-Excitation Analysis
• Chapter 26: Axial Vector Nuclear Sum Rules and Exchange Effects
• Chapter 27: Deorientation Measurement in 20Ne
• Chapter 28: Quantum Mechanics with Constraints
• Chapter 29: Asymptotic Evaluation of the Green’s Function for Large Quantum Numbers
• Chapter 30: Electric–Quadrupole Isomers in 90Nb and 92Tc
• Chapter 31: Some Aspects on the Magnetic-Dipole Moments of States in Near-Spherical Nuclei
• Chapter 32: Dips and Spikes in dσ/dt for High Energy Exchange Reactions
• Chapter 33: A Qualitative Description of the Spectra 17O and 41Ca
• AUTHOR INDEX
• SUBJECT INDEX