1. |
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시간에 무관한 섭동이론1-1
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졸들음이 없는 경우의 섭동이론 |
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시간에 무관한 섭동이론1-2
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졸들은 경우의 섭동이론 |
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2. |
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시간에 무관한 섭동이론 2-1
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수소원자의 상대론적 수정 |
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3. |
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Real Hydrogen Atom1
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Lecture 4: Spin-orbit interaction에 의한 energy shift |
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Real Hydrogen Atom2
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Hyperfine splitting |
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4. |
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Properties of identical fermions and bosons1
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Properties of identical fermions and bosons |
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5. |
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Identical fermions in a box and in an atom
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Lecture 7: Identical fermions in a box and in an atom |
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6. |
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Periodic tables1
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Structure of atoms |
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7. |
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Time-dependent perturbation theory1
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Time-dependent perturbation theory |
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Time-dependent perturbation theory2
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Lecture 10: Harmonic potentials |
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8. |
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Electromagnetic interaction of charged particles1
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Lecture 11: Derivation of the Hamiltonian for the electromagnetic interaction |
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Electromagnetic interaction of charged particles3
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Lecture 12: Uniform magnetic field, Aharanov-Bohm effect |
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9. |
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Radiative decays 1
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Lecture 13: Transition rate and selection rules |
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Radiative decays 2
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Lecture 14: The 2p → 1s transition |
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10. |
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Scattering 1-1
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Scattering cross section |
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Scattering 1-2
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elastic and inelastic cross section |
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Scattering 2-2
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Lecture 17: Low-energy scattering |
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12. |
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Scattering 3-1
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Lecture 18: Born approximation |
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13. |
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Scattering 4-1
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Lecture 19: electron diffraction in quantum mechanics |
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Scattering 4-2
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Lecture 20: photoelectric effect |
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14. |
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Periodic potential
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Lecture 21: Kronig-Penny model |
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15. |
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Two-level system 1
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Lecture 22: Two-level systems: Rabi frequency |
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Two-level system 2
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Lecture 23: Raman, Ramsey frequencies ? Special lecture by Prof. Donghyun Cho |
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