Shell Model. Level Degeneracy for 3-D Quantum Simple Harmonic Oscillator. Spin-Orbit interaction in the nucleus.
Shell Model. Quantum 3-D Harmonic Oscillator.
Binding Energy, Part 11. Coulomb and Asymmetry term. Fermi-Gas Model.
Passage of Radiation Through Matter. Detectors.
Mass spectrometers. Decay. Breit-Wigner distribution for decay in QM.
Rutherford Cross Section. Form Factor.
Scattering of particles and connection to potentials via scattering theory.
Accelerators, part 2. HV accelerators, Linacs, Synchrotrons. Beam optics.
Accelerators. Why are they needed? Creating new particles. Studying subatomic structure.
Background for Nuclear Physics. Relativity, Quantum Mechanics, visualizing interactions via Feynman Diagrams.
Phy 129A, SQ2021 Introduction and Background on Nuclear Physics.
Name: Thomas Cahill Interviewer: Allen G. Marr Date Interviewed: 3/6/1996 Date Appointed: 1967 Date Retired: 1994 Department: Physics In this conversation , Emeritus Professor Thomas Cahill…
Name: Neal Peek Interviewer: John A. Jungerman Date Interviewed: 2/21/1996 Date Appointed: 1954 Date Retired: 1996 Department: Physics In this conversation , Emeritus Lecturer Neal Peek…
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