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Lecture Notes



Lecture Notes

SES #TOPICSLECTURE NOTES
L1Historical development(PDF)
L2The atom of Niels Bohr(PDF)
L3Wave nature, de Broglie wavelength(PDF)
L4Uncertainty principle(PDF)
L5Stationary waves, Schrödinger equation(PDF)
L6Particle in a box(PDF)
L7Probabilities, expectation values, operators I(PDF)
L8Probabilities, expectation values, operators II(PDF)
L9Postulates of quantum mechanics I(PDF)
L10Postulates of quantum mechanics II(PDF)
L11Classic harmonic oscillator(PDF)
L12Quantum harmonic oscillator

(PDF - 2.1 MB)

Note supplement 1 (PDF - 1.1 MB)

Note supplement 2 (PDF)

L13Tunneling
L14Three dimensional systems
L15Rigid rotor
L16Spherical harmonics(PDF)
L17Angular momenta(PDF)
L18Hydrogen atom I(PDF)
L19Hydrogen atom II(PDF)
L20Variation principle(PDF)
L21Helium atom(PDF - 1.3 MB)
L22Hartree-Fock, SCF
L23Electron spin(PDF)
L24Pauli principle(PDF)
L25Born-Oppenheimer approximation(PDF)
L26Molecular orbital theory, H2+(PDF)
L27LCAO-MO theory(PDF)
L28Qualitative molecular orbital theory(PDF)
L29Modern electronic structure theory
L30Interaction of light with matter(PDF)
L31Vibrational spectra(PDF)
L32NMR spectroscopy I(PDF)
L33NMR spectroscopy II
L34Perturbation theory(PDF)
L35Vibrational anharmonicity(PDF)
L36Crystal field states(PDF)

 








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