qfsyllabus0708 - Quantum Field Theory I, PHY6648 SYLLABUS...

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SYLLABUS 0. Introduction 1. Problems with Relativistic quantum mechanics (MS 1) 2. Lorentz invariance (MS 2) 3. Free scalar feld (MS 3) 4. A frst look at interacting scalar feld I. Time Dependent Perturbation Theory 5. General ±ormalism 6. Scattering in an external feld: Born approximation 7. Perturbation theory ±or time ordered products. 8. Propagators II. Path History Quantization 9. General ±ormalism (MS 6, 7) 10. Classical limit 11. Time ordered products 12. Gaussian path integrals (MS 8) 13. Anticommuting felds 14. Interacting Scalar felds (MS 9) III. Feynman rules ±or scalar feld theory (MS 10, 11, 12) IV. Dirac Equation 15. Dirac equation ±or the ±ree electron (MS, 1: pp 7-10) (a) Lorentz Invariance (MS, 2,33) (b) Energy-momentum and Spin (c) Particles and Holes 16. Second Quantization (a) General ±ormalism (MS, 1: pp 11-13) (b) Application to Dirac equation 17. Weyl ±ermions: Le±t and right handed ±ermions (MS, 34,35) 18. Charge Conjugation and Majorana Fermions (MS,36) 19. Parity, and Time Reversal. 1
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This note was uploaded on 09/25/2011 for the course PHY 6346 taught by Professor Staff during the Spring '08 term at University of Florida.

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qfsyllabus0708 - Quantum Field Theory I, PHY6648 SYLLABUS...

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