1. |
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양자역학의 시작 1
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Blackbody radiation, Bohr’s hydrogen model |
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양자역학의 시작 2
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Blackbody radiation, Bohr’s hydrogen model |
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2. |
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파동역학의 기초
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Fourier transform에 대한 복습 |
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3. |
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파동함수의 해석과 파동방정식 1
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확률밀도로서의 파동함수 |
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파동함수의 해석과 파동방정식 2
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일차원 슈뢰딩거 방정식의 성질 |
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4. |
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Particle in a box 1
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일차원 Schrodinger 방정식 풀기 |
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Particle in a box 2
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Schrodinger 방정식의 특성 및 eigenvalue problem |
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5. |
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One-dimensional potentials 1-1
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potential step |
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One-dimensional potentials 1-2
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potential well, potential barrier |
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6. |
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One-dimensional potentials 2-1
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potential well and barrier |
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One-dimensional potentials 2-2
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harmonic oscillator |
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7. |
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Mathematical structure of quantum mechanics 1-1
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Properties of eigenfunctions |
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Mathematical structure of quantum mechanics 1-2
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Structure of Hilbert space |
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8. |
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Operator methods in quantum mechanics 1-1
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Harmonic oscillator |
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Operator methods in quantum mechanics 1-2
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Space representation of states |
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Operator methods in quantum mechanics 1-3
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Space representation of states |
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9. |
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Angular momentum 1-1
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Eigenvalues and eigenfunctions of angular momentum |
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Angular momentum 1-2
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Operator methods for angular momentum |
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10. |
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Hydrogen atom 1-1
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Energy spectrum of hydrogen atom |
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Hydrogen atom 1-2
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Free particle in terms of eigenstates of angular momentum |
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11. |
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Matrix formulation of quantum mechanics 1-1
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Idea of matrix representation |
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Matrix formulation of quantum mechanics 1-2
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Diagonalization of matrices |
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12. |
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Spin angular momentum 1-1
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Matrix representation of spin |
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Spin angular momentum 1-2
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Physics of spin-1/2 particles |
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Spin angular momentum 1-3
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Electron paramagnetic resonance |
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13. |
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Addition of angular momentum 1-1
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Addition of two spins |
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Addition of angular momentum 1-2
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General method for adding angular momentum |
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