Thomas Klose
Intro to QFT: Lecture 32 - Feynman rules for scattering amplitudes, cross section formula
Intro to QFT: Lecture 31 - Magic formula (cont.) and example of scattering in QED
Intro to QFT: Lecture 30 - Interaction picture and magic formula (cont.)
Intro to QFT: Lecture 29 - Wick theorem, interaction picture, magic formula
Intro to QFT: Lecture 28 - Free two-point functions, pole prescription, contour integrals
Intro to QFT: Lecture 27 - Interacting quantum fields, LSZ reduction, Feynman propagator
Intro to QFT: Lecture 26 - Interacting quantum fields, asymptotic states
Intro to QFT: Lecture 25 - Massless quantum vector field (cont.), Interacting quantum fields
Intro to QFT: Lecture 24 - Massless quantum vector field (cont.)
Intro to QFT: Lecture 23 - Massless quantum vector field
Intro to QFT: Lecture 22 - Free quantum Dirac spinor field (cont.)
Intro to QFT: Lecture 21 - Quantum scalar field (cont.) and quantum Dirac field
Intro to QFT: Lecture 20 - Scalar field - time evolution, symmetry transformations, microcausality
Intro to QFT: Lecture 19 - Real scalar field - states and Lorentz invariant integration
Intro to QFT: Lecture 18 - Quantized read scalar field
Intro to QFT: Lecture 17 - Hamiltonian field theory - canonical quantization of scalar field
Intro to QFT: Lecture 16 - Noether's theorem in detail
Intro to QFT: Lecture 15 - Grassmann algebra, Noether's theorem
Intro to QFT: Lecture 14 - Lagrangian field theory
Intro to QFT: Lecture 13 - Relativistic field equation for massless vectors /Lagrange formalism
Intro to QFT: Lecture 12 - Relativistic field equation for Dirac spinors (cont.) and massive vectors
Intro to QFT: Lecture 11 - Relativistic field equation for Dirac spinors
Intro to QFT: Lecture 10 - Relativistic field equation for Weyl spinors (continued)
Intro to QFT: Lecture 9 - Relativistic field equations for scalars and Weyl spinors
Intro to QFT: Lecture 8 - Representations of the Lorentz group, part 2
Intro to QFT: Lecture 7 - Representations of the Lorentz group, part 1
Intro to QFT: Lecture 6 - Relativistic formalism: Minkowski space and Lorentz transformations
KTP 8.3 Konservative Kräfte im Lagrange-Formalismus
Intro to QFT: Lecture 5 - Superfluidity
Intro to QFT: Lecture 4 - Second Quantization