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Shell Model. Level Degeneracy for 3-D Quantum Simple Harmonic Oscillator. Spin-Orbit interaction in the nucleus.
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Shell Model. Quantum 3-D Harmonic Oscillator.
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Binding Energy, Part 11. Coulomb and Asymmetry term. Fermi-Gas Model.
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Passage of Radiation Through Matter. Detectors.
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Mass spectrometers. Decay. Breit-Wigner distribution for decay in QM.
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Rutherford Cross Section. Form Factor.
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Scattering of particles and connection to potentials via scattering theory.
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Accelerators, part 2. HV accelerators, Linacs, Synchrotrons. Beam optics.
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Accelerators. Why are they needed? Creating new particles. Studying subatomic structure.
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Background for Nuclear Physics. Relativity, Quantum Mechanics, visualizing interactions via Feynman Diagrams.
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Phy 129A, SQ2021 Introduction and Background on Nuclear Physics.
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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…
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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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