Quark and Lepton-Flavor Physics
Lecture for master and PhD students with specialization in Particle Physics.
This ist the lecture web-page for summer semester 2020. The web-page for the pectre in summer semester 2021 can be found here.
Lecturer: U. Uwer uwer@physi.uni-heidelberg.de
Time:
Tuesdays, 14:15 - 16:00, Start: April 21st, 2020
The examen will take place on Tuesday, Jul 28th, at 14:15 as an online examination. The details will be sent to all registered participants.
Attention: To minimize infection risks with the corona virus the lecture will be held as "tele-lecture" using the conference tool heiconf supplied by the university:
https://heiconf.uni-heidelberg.de/uwe-eh7-uj7
Contents
The lecture introduces the concepts of flavor physics and covers the physics of electro-weak interactions between quarks and leptons. The course adresses theortical and experimental aspects:
- Introduction to flavor physics in the standard model
- Experimental evidence of quarks and leptons
- Quark flavor physics: Meson mixing, CP violation, rare decays
- Lepton flavor physics: lepton flavor violation, electric and magnetic moments
- Neutrinos: masses and oscillations
Depending on the conference tool used an invitation by eMail needs to be sent. It is therefore recommended to register for the lecture.
Lecture notes:
Lecture / Topic | Notes |
Flavor in the Standard Model | Notes-1 |
CKM matrix and uniitarity | Notes-2 |
Experimental foundations of the quark sector | Notes-3 |
Neutral Kaon system | Notes-4 |
Mixing phenomenology | Notes-5 |
Mixing predictions and CP violation | Notes-6 |
CP violation in K and B mesons | Notes-7 |
Rare FCNC decays | Notes-8 |
Lepton sector: lepton flavor violation | Notes-9 |
Anomalous magnetic dipole moment and electrical dipole moment | Notes-11 |
Neutrino mass generation | Notes-12 |
Neutrinoless double beta decays and neutrino mass scale | Notes-13 |
Neutrino oscillation in vacuum and matter | Notes-14 |
Experimental results on neutrino oscillation | Notes-15 |
Register for the lecture
- Gruppe Vorlesung (Ulrich Uwer)
11 Teilnehmer/innen
Di 14:15 - 16:30