| Lecture 1 (June 14): | An Introduction to (Modern) Nuclear Physics | Slides (PDF, 10.3MB); | Assignment 1 |
| Lecture 2 (June 17): | Microscopic Mean-Field Approaches for Nuclear Structure: Hartree-Fock Theory vs. Density Functional Theory |
Slides (PDF, 3.4MB) | |
| Lecture 3 (June 21): | Microscopic Mean-Field Approaches for Nuclear Superfluidity: From BCS to HFB |
Slides (PDF, 2.0MB) | |
| Lecture 4 (June 24): | Microscopic Mean-Field Approaches for Collective Excitations: Tamm-Dancoff and Random Phase Approximations |
Slides (PDF, 2.6MB); | Assignment 2 |
| Lecture 5 (June 28): | Microscopic Mean-Field Approaches for Nuclear Dynamics: TDHF vs. TDDFT, and Their Applications to Nuclear Reactions |
Slides (PDF, 6.0MB) | |
| Lecture 6 (July 1): | Microscopic Mean-Field Approaches for Neutron Stars: From Nuclear Force, through EoS, to Neutron Stars |
Slides (PDF, 9.3MB) | |
| Lecture 7 (July 5): | Microscopic Mean-Field Approaches for Superfluid Dynamics: Quantum Vortices and Pulsar Glitches |
Slides (PDF, 10.7MB); | Assignment 3 |
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