Advanced Topics in Particle Physics - SS10

Organisation

Advanced topics in particle physics should complement the main series of lectures in particle physics and discuss current and exciting topics in particle physics. Topics covered in these lectures include CP violation in the K and B system, neutrino oscillations and direct measurements of neutrino masses.

The table of contents for the lectures can be found here. It will be updated regularly as the lectures proceed.

There will be either 2 or 4 hours of lectures per week. Exercises will be 2 hours long and will be held every other week. The first lecture will exceptionally be for only 1 hour and start at 12:15 on 13.04.2010. Lectures will be held in the IAP lecture hall.

From the week beginning 3 May onwards, exercise classes will be held on Thursday rather than Tuesday. The only exception is the last week of the semester, where the exercises will be in Tuesday and the lecture on Thursday.

The course is registered in ecampus. You can also sign up for the course there. If you are not yet registered with ecampus please do so, as it also allows us to send emails to all participants. Announcements, lecture notes, exercise sheets etc. will be uploaded there. A direct link to the course is here or here

Contact

Email address are in the domain physik.uni-bonn.de.

NameEmailPhoneRoom
Ian Brockbrock3616PI 259
Markus Jüngstjuengst3603PI 143
Tatevik Poghosyanpoghosyan2648PI 316

Markus Jüngst and Tatevik Poghosyan are the tutors for the exercises.

Lectures

Lectures will be held on Tuesday 12:15-14:00 and Thursday 08:15-10:00 in the IAP lecture hall. It was no possible to shift the Tuesday time to avoid completely blocking the lunch break.

DateTimeNumberTopic
13/04/201012:1511.0 Introduction
15/04/201008:1522.0 Leptons, neutrinos and their masses
20/04/201012:151Exercises
22/04/201008:1532.4 The third neutrino
3.0 Neutrino oscillations
27/04/201012:1543.3 Theory of vacuum neutrino oscillations
29/04/201008:1553.6 Solar neutrinos
04/05/201012:1563.10 LSND, KARMEN and MiniBOONE
4.0 CKM matrix parameters
06/05/201008:152Exercises
11/05/201012:1574.4 |V_cd|
13/05/201008:15Ascension day
18/05/201012:1584.11 Unitarity triangle
5.0 Meson mixing and oscillations
20/05/201008:153Exercises
25/05/201012:15No lecture
27/05/201008:15No lecture
01/06/201012:1595.4 Identifying heavy quark events
6.0 CP violation in K system
03/06/201008:15Fronleichnam
08/06/201012:15106.2 Formalism for CP violation in the K system
10/06/201008:154Exercises
15/06/201012:15116.3 Measurement of ε'
7.0 CP violation in B system
17/06/201008:15127.2 Types of CP violation in B system
22/06/201012:15137.4 Measurement of CP violation in B system
24/06/201008:155Exercises
29/06/201012:15148.0 Luminosity measurement
01/07/201008:15158.3 Luminosity determination at HERA
06/07/201012:15169.0 Bits and pieces
08/07/201008:156Exercises
13/07/201012:15179.4 Geoneutrinos
10.0 Direct dark matter searches
15/07/201008:151810.1.3 Matter and energy content of the universe
20/07/201012:157Exercises
22/07/201008:151910.2.2 Supersymmetry

Lecture Notes

The notes and slides I use can be downloaded:

ChapterTitleLinksDate
Chapter 1Introduction PDF, Figures+ 15/04/2010
Chapter 2Leptons, neutrinos and their masses PDF, Figures+ 27/04/2010
Chapter 3Neutrino oscillations PDF, Figures+ 04/05/2010
Chapter 4CKM matrix parameters PDF, Figures+ 17/05/2010
Chapter 5Meson mixing and oscillations PDF, Figures+ 01/06/2010
Chapter 6CP violation in K system PDF, Figures+ 15/06/2010
Chapter 7CP violation in B system PDF, Figures+ 29/06/2010
Chapter 8Luminosity measurement PDF, Figures+ 08/07/2010
Chapter 9Bits and pieces PDF, Figures+ 22/07/2010
Chapter 10Direct dark matter searches PDF, Figures+ 22/07/2010

The Feynman graphs etc. can be accessed directly from here.

Exercise Sheets

The exercise sheets are available from ecampus.

Homework should be handed in at (or before) the Thursday lecture in the week following the exercise class. We can then return the corrected homework at the next exercise class.

You are welcome to work together on the homework, but every should submit their own solutions.

In order to qualify for the final oral examination you should score at least 50% of the available points in the homework given during each exercise class.

Literature

Useful literature for the lectures: