Syllabus

1. Mar. 5th and 7th
   • Quark Parton Model: Feynman: Photon-Hadron Interactions, Ch. on Parton Model
   • Time Ordered Perturbation Theory: Notes on Web (upcoming); Close, Sec.10.1; Drell, Levy, and Yan, Phys. Rev. D1 (1970) 1035

2. Feb.26 th and 28th
   • The Impulse Approximation: Barger and Phillips, Sec.
   • Introduction to Quantum Chromodynamics: Halzen and Martin Ch. 10, Close Sections 9.3-9.4

3. Feb.19th and 21th DIS:
   • Structure of the Hadronic Tensor for Electromagnetic and Weak Interactions
     Close Sections 9.1-9.4, 11.1 (continued) ; Halzen and Martin Sec. 8.3-8.5
   • The Parton Model: Kinematics Close Section 9.2, Halzen and Martin Sec. 9.1
   • The Parton Model: The Impulse Approximation Halzen and Martin Sec. 9.2, Roberts Sec. 3.1-3.2
   
   
4. Feb.12th and 14th DIS: Rosenbluth Cross Section and Introduction to Parton Model
   Roberts, Ch. 3, Close Sections 9.1-9.4, 11.1; Thomas and Weise, Ch.1
5. Feb.5th and 7th Review of Dirac Equation and Introduction to Deep Inelastic Scattering
   Halzen and Martin, Ch. 5,, Close Section 9.1, Thomas and Weise, Ch.1
6. Jan. 29th and 31st Introduction - Elements of Special Relativity
   Griffiths, Ch.3

Because of the link to the SAJC and the nature of the course, this Syllabus develops along with the course (see Introduction and General Organization).