Homework

• Jan. 25th and 27th: Halzen and Martin, Ch. 4
• Feb. 1st and 3rd: Close, Ch. 9.; Feynmann, Photon Hadron Interactions ; Roberts, Ch. 3.
• Feb. 8th and 10th:
  • General Reading: Close, Ch. 9.; Feynmann, Photon Hadron Interactions ;
  • Time Ordered Perturbation Theory: Roberts, Ch. 5; J.J. Sakurai, Advanced Quantum Mechanics; Close, Ch.10.
• Feb. 15th and 17th: DGLAP evolution: Roberts, Sec. 5.2; Altarelli and Parisi, Phys. Rep. 81 (1982).
• Feb. 22nd and 24th: No classes, water pipe breaking and all that :( (will recuperate in April)
• Mar. 1st and 3rd: Phenomenology, Close Ch. 11; Roberts (various sections).
• Mar. 8th and 10th: SPRING BREAK

• Mar. 15th and 17th: Dispersion Relations (Chang and Li, or your favorite field theory book); Hadronic probes (notes in your mailbox)

• Mar. 15th and 17th: Dispersion Relations (Chang and Li, or your favorite field theory book); Hadronic probes (notes in your mailbox)

• Mar. 22nd to Apr.5th: Barger and Phillips, Collider Physics (notes on Parton Model for Hadron-Hadron Collisions); Collins and Martin, Hadron Interactions (notes on High Energy Hadron Scattering); D. Kharzeev, Relativistic Heavy Ion Physics: A Theoretical Overview , arXiv: hep-ph/0408091.

• April-May: On Generalized Parton Distributions: A. Belitsky and A. Radyushkin, hep-ph/0504030; M. Diehl, hep-ph/0307382.