Course Calendar

Week 1 Week 2 Week 3 Week 4 Week 5 Week 6 Week 7 Week 8 Week 9 Week 10 Week 11 Week 12 Week 13 Week 14
Week 1
Mon, Jan 14 Fundamental particles.
Required reading: Griffiths: Introduction, Chapter 1
Wed, Jan 16 Feynman diagrams for the electromagnetic and strong forces.
Required reading: Griffiths: 2.1-2.3
Supplemental reading: Griffiths: 9.1-9.2
Week 2
Mon, Jan 21 No Lecture! Martin Luther King Jr's Birthday.
Wed, Jan 23 Weak force. [Note: The particle data group's Cabibo-Kobayashi-Maskawa quark matrix article is available online.]
Required reading: Griffiths: 2.4
Supplemental reading: Particle Data Group on the CKM matrix.
Due: Homework Set 1.
Week 3
Mon, Jan 28 Decay rates and cross sections.
Required reading: Griffiths: 6.1, Das & Ferbel: 1.1-1.4
Supplemental reading: Das & Ferbel: 9.6, 12.7
Due: Homework Set 2.
Wed, Jan 30 Symmetries and conservation laws.
Required reading: Griffiths: 2.5-2.6, 4.6
Supplemental reading: Griffiths: 11.3-11.5, Das & Ferbel: 10.4
Week 4
Mon, Feb 04 Angular momentum and spin.
Required reading: Griffiths: 4.1-4.4
Due: Homework Set 3.
Wed, Feb 06 Charge conjugation (C), time inversion (T), CP, and CPT. [Note: The supplemental reading is about details of the kaon system where CP plays a central role in our understanding.]
Required reading: Griffiths: 4.7-4.9, Das & Ferbel: 11.3-11.5
Supplemental reading: Das & Ferbel: 12
Week 5
Mon, Feb 11 Flavor symmetries, isospin.
Required reading: Griffiths: 4.5, Das & Ferbel: 9.4.4, 10.5.1
Due: Homework Set 4.
Wed, Feb 13 Mesons. Baryon wave functions. The supplemental reading gives some background into things we will reference as analogies.
Required reading: Griffiths: 5.8-5.9
Supplemental reading: Griffiths: 5.5-5.7
Week 6
Mon, Feb 18 Meson and Baryon masses. Baryon magnetic dipole moments.
Required reading: Griffiths: 5.10
Due: Homework Set 5.
Wed, Feb 20 Relativistic kinematics.
Required reading: Griffiths: 3.1-3.3
Week 7
Mon, Feb 25 Relativistic collisions.
Required reading: Griffiths: 3.4-3.5
Due: Homework Set 6.
Wed, Feb 27 Fermi's golden rule. The extra notes provide an alternate exposition.
Required reading: Griffiths: 6.2
Supplemental reading: Griffiths: 6.1 and appendix A, extra notes
Week 8
Mon, Mar 03 Review.
Due: Homework Set 7.
Wed, Mar 05 Exam
Exam : Midterm Exam.
Spring Break!
Week 9
Mon, Mar 17 Introduction to Nuclear Physics.
Required reading: Das & Ferbel: Chapter 2
Wed, Mar 19 Nuclear models.
Required reading: Das & Ferbel: Chapter 3
Week 10
Mon, Mar 24 Predictions of the Shell Model. Alpha Decays.
Required reading: Das & Ferbel: 3.4.4-3.6, 4.1-4.3
Due: Homework Set 8.
Wed, Mar 26 Alpha and Gamma Decay.
Required reading: Das & Ferbel: 4.3, 4.5
Week 11
Mon, Mar 31 Beta decay. Nuclear fission.
Required reading: Das & Ferbel: 4.4, 5.1-5.2
Due: Homework Set 9.
Wed, Apr 02 Fusion and radioactivity.
Required reading: Das & Ferbel: 5.3-5.4
Week 12
Mon, Apr 07 Radioactivity. Propagation of radiation through materials (beginning, probably talk about charged particles). The particle data group text is chapter 27. It is also available online.
Required reading: Das & Ferbel: 5.4, 6
Due: Homework Set 10.
Wed, Apr 09 Finish discussion on Propagation of radiation through materials.
Required reading: Das & Ferbel: 6
Week 13
Mon, Apr 14 Detectors.
Required reading: Das & Ferbel: 7
Due: Homework Set 11.
Wed, Apr 16 Guest Lecturer: Dr. Mike Dragowski. Ultracold neutrons. Neutron electric dipole moment.
Thur, Apr 17
Colloquium: 4:15-5:15PM. Presentation of recent results on the neutron electric dipole moment. If you attend and write a 1 to 2 page report on what was discussed and how it relates to our course you can receive up to 25 points of extra credit on your homework score.
Week 14
Mon, Apr 21 Accelerators.
Required reading: Das & Ferbel: 8
Due: Homework Set 12.
Wed, Apr 23 Accelerators, in particular modern accelerators.
Required reading: Das & Ferbel: 8
Week 1 Week 2 Week 3 Week 4 Week 5 Week 6 Week 7 Week 8 Week 9 Week 10 Week 11 Week 12 Week 13 Week 14