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Week
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Topics
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Study Metarials
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1
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General revision, Commutation relations, Eigenvalue and eigenfunctions
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K1-Chapter-1
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2
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Spin angular momentum and matrix representation, The movement of particles with spin in a magnetic field
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K1-Chapter-3
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3
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Total angular momentum, Angular momentum coupling
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YK2-Chapter-3
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4
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Approximation methods for stationary problems, Perturbation theory for non-dejenerate case
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K2-Chapter-20
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5
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Perturbation theory for dejenerate case
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K2-Chapter-23
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6
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First order Stark effect in Hydrojen, Perturbed energy levels-I
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YK1-Chapter-11
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7
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First order Stark effect in Hydrojen, Perturbed energy levels-II
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YK1-Chapter-11
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8
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Born approximation, Green functions, Scattering cross section
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YK2-Chapter-7
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9
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Perturbation application of partial waves, Phase shifts, Scattering from a square-well potential
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K2-Chapter-7
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10
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Validity of Born approximation, Scattering from a screened Coulomb field
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K2-Chapter-7
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11
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Variation method, The expectation value of energy, Application to the excited states
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YK2-Chapter-5
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12
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Ground state of Helium, Electron interaction energy
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YK2-Chapter-6
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13
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Van der Waals interaction, Perturbation calculation, Variation calculation-I
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YK2-Chapter-5
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14
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Van der Waals interaction, Perturbation calculation, Variation calculation-II
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YK2-Chapter-5
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