Standard Model of Particle Physics
Courtesy Fermilab Visual Media Services
|
Prof. Dr. C. Ewerz
Lectures:
Philosophenweg 12, Large Lecture Hall
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The written examination will take place on July 29, 2022, 9:00 - 11:00 in grHs PW12.
In this course we discuss the Standard Model of Particle Physics from the theoretical and experimental perspectives. The gauge theories of the electroweak and strong interactions and their experimental tests are discussed in detail. The current status of the Standard Model and some directions for physics beyond the Standard Model are discussed.
Topics to be discussed:
Relativistic quantum mechanics, relativistic quantum fields, gauge theory of electroweak interactions, quantum chromodynamics, CP violation, neutrino physics, physics beyond the Standard Model.
See here for a more details outline (preliminary).
Prerequisites:
Lectures on Particle Physics, Quantum Mechanics, and Electrodynamics or equivalent. Revision notes cover the essential material from quantum mechanics and special relativity.
Lectures
CE : Prof. Dr. C. Ewerz
HCSC : Prof. Dr. H.-C. Schultz-Coulon
Date |
Topic | Lecturer |
---|---|---|
20.04.2022 |
Introduction, Relativistic Quantum Mechanics 1 |
CE CE |
22.04.2022 | Relativistic Quantum Mechanics 2 | CE |
27.04.2022 | A Brief Historical Introduction | HCSC |
29.04.2022 | Relativistic Quantum Mechanics 3 | CE |
04.05.2022 |
Relativistic Quantum Mechanics 4 Relativistic Quantum Field Theory 1 |
CE CE |
06.05.2022 | Relativistic Quantum Field Theory 2 | CE |
11.05.2022 |
Casimir Effect, Relativistic Quantum Field Theory 3 |
HCSC CE |
13.05.2022 |
Relativistic Quantum Field Theory 4 Gauge Theory & Standard Model 1 |
CE CE |
18.05.2022 | Gauge Theory & Standard Model 2 | CE |
20.05.2022 |
Gauge Theory & Standard Model 3 Exp. Tests of QED 1 |
CE HCSC |
25.05.2022 | Exp. Tests of QED 2 | HCSC |
27.05.2022 | Exp. Tests of QED 3 | HCSC |
01.06.2022 | Decay of the Muon; Muon Lifetime | HCSC |
03.06.2022 |
Exp. Tests of V-A Interaction Gauge Theory & Standard Model 4 |
HCSC CE |
08.06.2022 | Gauge Theory & Standard Model 5 | CE |
10.06.2022 | Electroweak Physics & 'Zedometry' 1 | HCSC |
15.06.2022 |
Electroweak Physics & 'Zedometry' 2 Higgs Discovery & Higgs Physics 1 |
HCSC HCSC |
17.06.2022 | Higgs Discovery & Higgs Physics 2 | HCSC |
22.06.2022 |
Renormalization Quantum Chromo Dynamics 1 |
CE CE |
24.06.2022 | Quantum Chromo Dynamics 2 | CE |
29.06.2022 | Quantum Chromo Dynamics 3 | CE |
01.07.2022 | Quantum Chromo Dynamics 4 | CE |
06.07.2022 |
Quantum Chromo Dynamics 5 Experimental Tests of QCD (Teil 1) |
CE HCSC |
08.07.2022 | Experimental Tests of QCD (Teil 2) | HCSC |
13.07.2022 | Quark Gluon Plasma | HCSC/CE |
15.07.2022 | CP Violation | CE/HCSC |
20.07.2022 | Neutrino Oscillations | CE/HCSC |
22.07.2022 | Beyond the Standard Model | CE/HCSC |
Material
Lecture Notes Theory
- RevisionNotes.pdf
- Theo_Chap1.pdf
- RelativisticQFT.pdf
- GaugeTheory-SM.pdf
- Renormalization.pdf
- QCD.pdf
- CPViolationTheory.pdf
- NeutrinoPhysics.pdf
Lecture Notes Experiment
- Introduction.pdf
- Casimir.pdf
- QED_Tests_Part1.pdf
- QED_Tests_Part2.pdf
- QED_Tests_Part3.pdf
- MuonDecay.pdf
- WeakInteraction_VminusA.pdf
- EWPhysics_1.pdf
- EWPhysics_2.pdf
- Higgs_1.pdf
- Higgs_2.pdf
- QCD_1.pdf
- QCD_2.pdf
- QGP.pdf
- CPViolationExp.pdf
- NeutrinoOsc_Experiment.pdf
Lecture Videos
- SMLecture_20_04_2022.mp4
- SMLecture_22_04_2022.mp4
- SMLecture_27_04_2022.mp4
- SMLecture_29_04_2022.mp4
- SMLecture_04_05_2022.mp4
- SMLecture_06_05_2022.mp4
- SMLecture_11_05_2022_Part1_NOAUDIO.mp4
- SMLecture_11_05_2022_Part1_AUDIO_ONLY.mp4
- SMLecture_11_05_2022_Part2.mp4
- SMLecture_18_05_2022.mp4
- SMLecture_13_05_2022.mp4
- SMLecture_20_05_2022.mp4
- SMLecture_25_05_2022.mp4
- SMLecture_27_05_2022.mp4
- SMLecture_01_06_2022.mp4
- SMLecture_03_06_2022.mp4
- SMLecture_08_06_2022.mp4
- SMLecture_10_06_2022.mp4
- SMLecture_15_06_2022.mp4
- SMLecture_17_06_2022.mp4
- SMLecture_22_06_2022.mp4
- SMLecture_24_06_2022.mp4
- SMLecture_29_06_2022.mp4
- SMLecture_01_07_2022.mp4
- SMLecture_06_07_2022.mp4
- SMLecture_08_07_2022.mp4
- SMLecture_13_07_2022.mp4
- SMLecture_15_07_2022_Part1_HALFAUDIO.mp4
- SMLecture_20_07_2022.mp4
- SMLecture_22_07_2022.mp4
Excersice Sheets
- Sheet 1
- Sheet 2
- Sheet 3
- Sheet 4
- Sheet 5
- Sheet 6
- Sheet 7
- Sheet 8
- Sheet 9
- Sheet 10
- Sheet 11
- Sheet 12
- Sheet 13
- Sheet 14
Practice groups
- Group 01 (Theo Heimel)
14 participants
INF 227 / SR 2.403, Mon 16:15 - 18:00 - Group 02 (Luigi Favaro)
17 participants
Philos.-weg 12 / R070, Tue 14:15 - 16:00 - Group 03 (Thede de Boer)
18 participants
Philos.-weg 12 / R 060, Wed 14:15 - 16:00
Literature
Particle Physics & Standard Model
I.J.R. Aitchison, A.J.G. Hey: Gauge Theories in Particle Physics
C. Burgess, G. Moore: The Standard Model - A Primer
R.K. Ellis, W.J. Stirling, B.R. Webber: QCD and Collider Physics
M. Thomson: Modern Particle Physics
O. Nachtmann: Elementarteilchenphysik - Phänomene und Konzepte
D.H. Perkins: Introduction to High Energy Physics
F. Halzen, A.D.Martin: Quarks and Leptons
Quantum Field Theory
M.E. Peskin, D.V. Schroeder: An Introduction to Quantum Field Theory
L.H. Ryder: Quantum Field Theory
Historical Development
A. Pais: Inward Bound
H.G. Dosch: Jenseits der Nanowelt
Nobel Lectures
S.L. Glashow 1979
A. Salam 1979
S. Weinberg 1979
F. Englert 2013
P. Higgs 2013
Heidelberg Lectures on Particle Physics
Standard Model of Particle Physics (SS 2018)
Standard Model of Particle Physics (SS 2015)
Standard Model of Particle Physics (WS 2002/03)
Particle Physics (WS 2021/22)
Kern- und Teilchenphysik (Physik V, WS 2007/08)
Particle Properties and more
Review of Particle Physics
SLAC Online Particle Physics Information