Learn · Introduction To Quantum Field Theory(Theory Of Scalar Fields)
Lecture 47 of 51week-12
Feynman rules for G(p1,p2,,,,pN)
Prof. Anurag Tripathi · IIT Hyderabad
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All the lectures
- Quantum Filed Theory. Lecture 1
- Quantizing Schrodinger Field
- Quantizing Schrodinger Field continued
- Symmetry and normalization of the states
- A multiparticle system of Bosons
- Klein-Gordon Equation
- Quantization of Klein-Gordon Theory
- Quantization of Klein-Gordon Theory continued (1)
- Quantization of Klein-Gordon Theory continued (2)
- Quantization of Klein-Gordon Theory continued (3)
- Quantization of Klein-Gordon Theory continued (4)
- Qunatization of Klein-Gordon Theory continued (5)
- Quantization of Klein-Gordon Theory continued (6)
- Feynman propagator -2
- Feynman propagator -3
- Symmetries
- Lorentz transformations
- Lorentz transformations continued
- Lorentz Group
- Groups and Generators
- SU(3) Generators
- Representation of groups. Poincare group
- Poincare Algebra
- Symmetries in Classical Field Theories
- Symmetries continued -1
- Symmetries continued -2
- Symmetries continued -3
- Noether's theorem: The Proof
- Noether's theorem continued
- Momentum in KG Theory
- Noether Currents corresponding to Lorentz symmetry
- Conserved currents and charges due to Lorentz symmetry
- Conserved charges as symmetry generators
- Consequences of symmetry
- A boring world: Scattering in a free theory
- Phi-4 Theory
- Phi-4 Theory: Manipulating the ground state
- Phi-4 Theory: Interaction picture -1
- Phi-4 Theory: Interaction picture -2
- Phi-4 Theory: Interaction picture continued
- Phi-4 Theory: Interaction picture continued -2
- Wick's Theorem
- Wick's Theorem Continued
- Feynman Diagrams
- Feynman Diagrams Continued
- Momentum space Feynman rules for G(x1,..xN)
- Feynman rules for G(p1,p2,,,,pN)
- Feynman rules for G(p1,p2,,,,pN) continued
- Cancellation of Bubble diagrams
- Examples of Feynman Diagrams
- Survery