

The links to those projects are: 
Course topics: 1. Introduction: Historic Work that Unveiled the Secret of Neutrinos 2. Dirac Equation and Neutrino Properties 3. Neutrino Sources and Interactions 4. The Standard Model of the Weak Interaction and Leptons 5. Neutrino Mass Direct Search 6. Neutrino Mixing and Oscillations 7. Double Betadecay 8. Neutrino and Physics Beyond the Standard Model 9. Atmospheric neutrinos 10. Astrophysical neutrinos PHYSxxx Probability, Statistics, and Methods in Experimental Data Analysis (3 credits, time TBD) 
Courses Taught/Mentored Between 2009 and 2015
PHYS183 Elements of Modern Astronomy (3 credits) PHYS211 University Physics I (3 credits) PHYS341/441/541 Thermodynamics (3 credits) PHYS343/443/543 Statistical Physics (3 credits) PHYS433/533: Nuclear and Elementary Particle Physics (3 credits) PHYS451/551 Classical Dynamics (4 credits) PHYS481/581 Mathematical Physics (4 credits, shared) PHYS733 Experimental Particle Physics: Principles, Data Analysis, and Simulation (3 credits, new) PHYS773 Quantum Mechanics II (3 credits) 2. Labs and Physics Designs: PHYS111L Introduction to Physics I Laboratory (1 credits) PHYS113L Introduction to Physics II Laboratory (1 credits) PHYS213L University Physics II Laboratory (1 credits) PHYS312 Experimental Physics Design I (2 credits) PHYS314 Experimental Physics Design II (2 credits) PHYS412 Advanced Design Projects I (3 credits) PHYS414 Advanced Design Projects II (3 credits) 