| 내용 |
1, From classical to quantum mechanics. - 2, The Schrodinger equation. - 3, The quantum mechanical postulates. - 4, Using quantum mechanics on simple systems. - 5, The particle in the box and the real world. - 6, Commuting and noncommuting operators and surprising consequences of entanglement. - 7, A quantum mechanical model for the vibration and rotation of molecules. - 8, The vibrational and rotational spectroscopy of diatomic molecules. - 9, The hydrogen atom. - 10, Many-electron atoms. - 11, Quantum states for many-electron atoms and atomic spectroscopy. - 12, The chemical bond in diatomic molecules. - 13, Molecular structure and energy levels for polyatomic molecules. - 14, Electronic spectroscopy. - 15, Computational chemistry. - 16, Molecular symmetry. - 17, Nuclear magnetic resonance spectroscopy.
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