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PHYS 115B Lecture 16: Short Review Note

PHYS 141 Lecture 16: Lasers

PHYS 141 Lecture : Optics Lecture 16

PHYS 101 Lecture 18: Green's Function

PHYS 101 Lecture 17: Inhomogeneous Diff Eqs

PHYS 101 Lecture 16: Differential Equations

PHYS 115B Lecture 15: Mean Occupation Number Calculations

PHYS 141 Lecture 15: Fourier Series and Fourier Transform

PHYS 141 Lecture 12: Situations of Interference

PHYS 141 Lecture 14: Quantitative Exploration of Diffraction (cont.)

PHYS 141 Lecture 13: Quantitative Exploration of Diffraction

PHYS 115B Lecture 11: Solids

PHYS 115B Lecture 12: Band Structure

PHYS 115B Lecture 14: Ultraviolet Catastrophe

PHYS 115B Lecture 13: Resistivity and Quantum Statistics

PHYS 101 Lecture 15: Laplace Transform

PHYS 101 Lecture 14: Integrals of Multivalued Functions

PHYS 141 Lecture 11: Interference

PHYS 101 Lecture 13: Multivalued Functions (cont.)

PHYS 101 Lecture 12: Multivalued Functions

PHYS 141 Lecture 10: Polarizers, Birefringence, and Wave Retarders

PHYS 115B Midterm: Midterm Review

PHYS 141 Lecture : Optics Lecture 8

PHYS 141 Lecture : Optics Lecture 7

PHYS 141 Lecture : Optics Lecture 9

PHYS 141 Lecture : Optics Lecture 8

PHYS 141 Lecture 7: Optical Aberrations

PHYS 141 Lecture 9: Fresnel Equations

PHYS 141 Lecture 8: Intro to Wave Optics

PHYS 115B Lecture Notes - Lecture 8: Fermion

PHYS 115B Lecture : Quantum Midterm Review

PHYS 115B Lecture 7: Adding Angular Momenta

PHYS 115B Lecture 9: Atoms

PHYS 115B Lecture 10: Atoms (cont.)

PHYS 101 Lecture 9: Usage of the Residue Theorem

PHYS 101 Lecture 7: Laurent's Theorem

PHYS 101 Lecture 10: Additional Integral Forms

PHYS 101 Lecture 8: Residue Theorem

PHYS 101 Lecture 11: Jordan's Lemma

PHYS 115B Lecture 6: Spin (cont.)