Kurzus nemzetközi vendég- és részidős hallgatóknak
- Kar
- Természettudományi Kar
- Szervezet
- TTK Elméleti Fizikai Tanszék
- Kód
- rppqft2f20em
- Cím
- Kvantumtérelmélet II
- Tervezett félév
- Őszi
- Meghirdetve
- 2024/25/1, 2024/25/2
- ECTS
- 4
- Nyelv
- en
- Oktatás célja
- Purpose of the course: to provide an introduction to the standard model of particle interactions and make the student familiar with its phenomenological consequences at leading order in perturbation theory; to equip the students with analytical and numerical skills and techniques to carry out computations of decay rates and cross sections at leading order in perturbation theory.
- Tantárgy tartalma
- Plan of the course: 1. Lagrangian of the standard model and its symmetries. Weinberg mixing 2. Spontaneous symmetry breaking, Abelian Higgs mechanism and mass generation, the Brout-Englert-Higgs mechanism, Masses of vector bosons. 3. Glashow-Iliopoulos-Maiani mechanism and quark mixing, the Cabibbo-Kobayashi- Maskawa matrix. 4. Parameters of the standard model. Quantization of gauge theories. 5. Feynman rules of Quantum Chromodynamics in covariant and physical gauge, and those of the electroweak sector in unitary gauge in renormalizable gauges. 6. Colour algebra. 7. Discussions, decay rate and cross section formulae. 8. Decay rates of unstable particles at leading order in perturbation theory. 9. Cross sections of basic processes at leading order in perturbation theory. 10. Phenomenology of the standard model at leading order in perturbation theory. 11. Fermion gauge field self-energy correction at one loop. Ultraviolet renormalization of QCD. 12. The renormalization group equation and its solution using the running coupling. Asymptotic freedom. 13. Gauge anomalies and their cancellation in the standard model. 14. Discussions.
- Számonkérés és értékelés
- Grading system: There will be weakly homework assignments that give 60% of the course grade, while a final oral exam will give 40% of the grade. Submission deadlines: October 3rd , 8 pm. October 31st, 8 pm. November 28th, 8 pm.
- Irodalomjegyzék
- D. Horváth, Z. Trócsányi: Introduction to Particle Physics Magyarul: Bevezetés az elemi részek fizikájába