Particle Physics, Fall 2012

  • Schedule:
    • Final exam available; due Monday Dec 1st 17:00 (slip under office door).
    • Fri Nov 28 class will be in STI 261 and will start at 10:30.
    • Final exam will be a take-home exam available Friday Nov 28 and to be returned Monday Dec 1.
    • Third assignment due Monday Nov 24th by 10:00 AM (slip under office door if necessary)
    • Fri Nov 14 class will run 10:30-11:30.
    • Wed Nov 12 class will run 10:30-11:30.
    • Second assignment due Thursday Oct 23rd by 10:00 AM (slip under office door if necessary)
    • First assignment due Wed Oct 8
    • Friday Oct 24, class will run 10:30-11:30.
    • No class the week of Oct 27
    • Mondays Sep 22, Oct 6, Oct 20, Nov 17: extra class STI 412C 10:30-12:00
    • Two lectures per week, 60-90 minutes each, Wednesday (STI 261) and Friday (STI 201) at 10:00
    • We will occasionally use the Monday (STI 412C), and/or Tuesday (STI 261) and/or Thursday (STI 201) 10:30-12:30 slot, or other slots for makeup
    • Fri Sep 26, class will start at 9:15 (CERC announcement), STI 201
    • Sep 17: first class
    • Final exam: TBD
  • Email: see link above, and be sure to include the string "PHYS 892" in the header
  • Students should complete and return the information form by Sept 21st.
  • Marking scheme:
    • Assignments: 50%
    • Final: 50%
    • Bonus for class participation, finding errors and typos...: 10%
  • Misc:
    • Use of cell phones and audio or video recording equipment strictly forbidden in class
    • Students missing a class are reponsible for making it up
  • Final exam:
    • Will cover material seen in class, in reading, in assignments, and in particle colloquia.
    • No books or documents.
    • Bring a calculator.
    • No communication devices or computers.
    • Students are not expected to know trace theorems by heart.
    • Answer in pen, not in pencil.
  • Copyright: The material on this website is copyrighted by P. Di Stefano and is for the sole use of students registered in PHYS 892. The material on this website may be downloaded for a registered student’s personal use, but shall not be distributed or disseminated to anyone other than students registered in PHYS 892. Failure to abide by these conditions is a breach of copyright, and may also constitute a breach of academic integrity under the University Senate’s Academic Integrity Policy Statement.
  • Content (with references to Mann, see below):
    • Introduction (Mann 1 - Sept 17)
    • Special relativity and Lorentz transformations (Mann 2 - Sept 19, 22)
    • SR tutorial (Sep 24)
    • Groups and symmetries (Mann 3 - Sept 26, Oct 1)
    • Klein-Gordon equation, anti-matter (Mann 11.1 - Oct 3, 6)
    • Conservation laws, Noether's theorem (Mann 4 - Oct 8, 10)
    • Feynman diagrams (Oct 10)
    • Golden Rule, Feynman rules, decays and scattering: toy model (Mann 9, 10 - Oct 10, Oct 15, Oct 17)
    • Dirac equation (Mann 11 - Oct 21, 26)
    • Toy renormalization (Mann 10.4 - Nov 4)
    • QED (Mann 12, 13, 14 - Nov 16, 18)
    • Spontaneous symmetry breaking and the Higgs mechanism (Mann 23, Nov 23, 28)
    • Weak interactions (Mann 19, 20, 21, 22, Nov 30)
    • Muon decay (Mann 20, Dec 7)
    • Examples of statistics in experimental particle physics (tentative)
  • Reading
    • The main reference text for this class is:
      • Mann, An Introduction to Particle Physics and the Standard Model, CRC Press
      • Much of the material covered can also be found in the following texts:
        • Halzen and Martin, Quarks and Leptons, Wiley
        • Griffiths, Introduction to Elementary Particles, Wiley
      • Note there will not be a strict one-to-one mapping between any of these and the lectures
    • Attending departmental colloquia is mandatory when particle physics topic:
      • TBD