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This course will divide into two parts. The first portion will cover
some general introductory material relevant for the study of particle (and to
a lesser extent nuclear) physics. The second portion and bulk of the course
will focus on a number of topics in recent and current research in nuclear
and particle physics.
This class is by no means intended as a systematic introduction to the
subject; if you chose to pursue graduate studies, you will get this as part
of your standard graduate curriculum. Rather, I want to leave you with a
broad understand of the interesting questions and topics in high-energy
nuclear and particle physics today.
- Introduction to Nuclear and Particle Physics
- Ingredients
- Relativity and Kinematics
- Rutherford Scattering from the nucleus to quarks and beyond - a lens
through which to examine progress in particle physics
- Elements of the ``Standard Model'' of particle physics
- Fermions: Quarks and Leptons
- Gauge Bosons and Forces
- Combinations of Fundamental Particles
- Tools of the Trade
- Symmetries: Discrete and Continuous
- Accelerators and Detectors
- Topics in Nuclear and Particle Physics
- Generations in the Standard Model
- Discovering the second generation
- Discovering the third generation
- Current understanding of generational structure
- CP Violation
- Neutral Kaon System
- Weak Interactions and CP Violation
- Bottom Mesons
- CP Violation and the Early Universe
- Neutrino Physics
- Neutrino Production and Detector
- Neutrino Astrophysics
- Neutrino mass and oscillation
- The evolving picture today
- QCD and Nucleon Structure
- Properties of QCD
- Separation of Target and Probe
- Probes of Structure
- QCD and the De-confinement Transition
- Electroweak Unification
- Low energy weak interactions
- Phenomenology of electroweak unifications
- W and Z boson physics
- Symmetry breaking and the Higgs mechanism
- Additional Topics may be added, according to student interest and time
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Kevin McFarland
2000-09-05