Summer term 2024
- Introduction to the Standard Model (M. Klasen)
- Ultrarelativistic heavy ion physics: quarks, gluons, and quark-gluon plasma (A. Andronic)
- Introduction to General Relativity and Cosmology (K. Schmitz)
Lectures
Winter term 2023 / 24
- The Standard Model and Beyond (M. Klasen)
- Computational Methods for Particle Physics:
Introduction to Monte Carlo simulation methods: from Ising model to lattice gauge theory (G. Bergner, U. Jena) - Introduction to Quantum Field Theory (K. Schmitz)*
* Lecture of the advanced master programme
Summer term 2023
- Introduction to the Standard Model (M. Klasen, A. Abou Ibrahim)
- Introduction to the General Theory of Relativity and Cosmology (K. Schmitz)
- Astroparticle Physics (A. Kapppes)
- Introduction to particle accelerator physics (A. Khoukaz)
Winter term 2022 / 23
- Introduction to Quantum Field Theory (A. Kulesza)*
* Lecture of the advanced master programme - Gravitational Waves (K. Schmitz)
- Hadron physics: from mesons to exotic particles (A. Khoukaz)
Summer term 2022
- Introduction to the Standard Model (T. Jezo, K. Schmitz)
- Introduction to the General Theory of Relativity and Cosmology ( J. Heitger, R. Wulkenhar)
- Neutrino Physics (A. Kappes)
- Ultrarelativistic heavy ion physics: quarks, gluons, and quark-gluon plasma (A. Andronic)
- The RTG: Particle Physics from A to W (all principal investigators of the GRK)
Winter term 2021 / 22
- The Standard Model and Beyond (M. Klasen, A. Kappes, C. Weinheimer)
Experimental Part as Block Course:
07.02., 09.02., 11.02., 14.02., 15.02. and 16.02.2022, each at 9:15 - 12:30 in KP 104
-
Introduction to Quantum Field Theory (J. Heitger)*
* Lecture of the advanced master programme - Computational Methods for Particle Physics
Block Course by PD Dr. Georg Bergner, Universität Jena
Introduction to Monte Carlo simulation methods: from Ising model to lattice gauge theory
New Dates: Meetings in TP room 304 at
11.03. (10:00 am - 11:30 pm/14:00 pm - 15:30 pm) by Holger Angenent
14.03. , 15.03., 16.03., 17.03., 18.03. (10:00 am - 11:30 pm/14:00 pm - 15:30 pm)by PD Dr. Georg Bergner
Summer term 2021
- Introduction to the Standard Model (J. Heitger)
- Introduction to the General Theory of Relativity and Cosmology (J. Heitger, R. Wulkenhaar)
- Hadron physics: from mesons to exotic particles (A. Khoukaz)
Winter term 2020 / 21
- Particle Detection and Reconstruction (C. Klein-Bösing)
Block Course 22.02. - 26.02.2021
-
Introduction to Quantum Field Theory (J. Heitger)*
* Lecture of the advanced master programme
Summer term 2020
- Introduction to the Standard Model (M. Klasen)
- Ultra-relativistic heavy-ion physics: quarks, glouons, and the quark-gluon plasma (A. Andronic)
- From Quantum Mechanics to Quantum Chromodynamics - the path integral approach (K. Kovarik)
- Computational Methods for Particle Physics (G. Bergner, R. Vogl, H. Angenent, V. Hannen, N. Hüsken)
Part A: Data Analysis with Python (V. Hannen, N. Hüsken)
Part B: Block Course by PD Dr. Georg Bergner, Universität Jena
New Dates: Zoom Meetings at 27.04. (10:00 am), 29.04. (03:00 pm) and 30.04. (10:00 am),
04.05. (10:00 am), 06.05. (03:00 pm) and 07.05. (10:00 am);
Second block: 18.05. (10:00 am), 20.05. (03:00 pm), 25.05. (10:00 am), 27.05. (03:00 pm),
28.05. (10:00 am), 08.06. (10:00 am)
- Quantum Computing and Quantum Information (Sen.-Prof. J. Bellissard, Mathematical Institute)
postponed
Winter term 2019 / 20
- Introduction to the Standard Model and Beyond (M. Klasen, C. Weinheimer, A. Lokhov)
-
Introduction to Quantum Field Theory (A. Kulesza)*
* Lecture of the advanced master programme
Summer term 2019
- Introduction to the Standard Model (A. Andronic, A. Kulesza)
- Introduction to the General Theory of Relativity and Cosmology (J. Heitger)
Winter term 2018 / 19
-
Computational Methods for Particle Physics (J. Heitger, G. Bergner, G. Münster, C. Weinheimer, R. Vogl)
-
Introduction to Quantum Field Theory (A. Kulesza)*
* Lecture of the advanced master programme
Summer term 2018
- Introduction to the General Theory of Relativity and Cosmology (J. Heitger, C. Weinheimer)
- Introduction to the Standard Model (M. Klasen, A. Kappes)
- Quantum Chromodynamics (A. Kulesza)
- Ultrarelativistische Schwerionenphysik: Quarks, Gluonen und Quark-Gluon-Plasma (C. Klein-Bösing, A. Andronic)
- Statistical Dataanalysis with Python (V. Hannen, C. Weinheimer)
Winter term 2017 / 18
-
Introduction to the Standard Model and Beyond (M. Klasen, C. Weinheimer)
-
Introduction to Quantum Field Theory (A. Kulesza)*
* Lecture of the advanced master programme
Summer term 2017
-
Introduction to the Standard Model (D. Frekers, M. Klasen)
-
Introduction to General Relativity and Cosmology (A. Kulesza, R. Wulkenhaar)
-
Hadron Physics and Lattice QCD (J. Heitger, A. Khoukaz)
Lectures of Dr. José Cembranos (Universidad Compultense de Madrid)
Dark matter production mechanisms
Dark matter models
Dates: 26.09. & 28.09.2017 GRK Annual Retreat, Marienheide
Dark matter: observational evidences and searches
Date: 29.09.2017, in room TP 304
Winter term 2016/17
-
Computational Methods for Particle Physics II (M. Klasen, G. Münster, C. Weinheimer, K. Zapp)
-
Introduction to Quantum Field Theory (A. Kulesza)*
* Lecture of the advanced master programme
Summer term 2016
-
Introduction to the Standard Model (A. Kappes, M. Klasen)
-
Introduction to General Relativity and Cosmology (G. Münster, R. Wulkenhaar)
-
Computational Methods for Particle Physics (H. Angenent, J. Heitger, C. Klein-Bösing, C. Weinheimer)
-
Quark-Gluon Plasma (C. Klein-Bösing)
Lectures of Dr. Juan A. Caballero (Universidad de Sevilla, Faculty of Physics)
Electroweak interactions
Electron and neutrino scattering with nucleons and nuclei
Dates: 19., 20. & 21.07.2016, 10:15-11:45, in room TP 304
Informal discussion: 19.07.2016, 14:00-16:00, in room TP 306
Winter term 2015/16
-
The Standard Model and Beyond (M. Klasen, C. Weinheimer)
-
Selected Topics in Quantum Field Theory (A. Kulesza)
-
Introduction to Quantum Field Theory (G. Münster)*
* Lecture of the advanced master programme