Lectures
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WS 2023/2024 ↟
- Complex Systems, WS 2023/2024 (Linz) [114657]
- Introduction to Quantum Informatics and Quantum Computing I, WS 2023/2024 (Lohmann) [114663]
- Introduction to quantum field theory (Lecture), WS 2023/2024 (Schmitz) [114658]
- Mathematics for the teaching profession in physics (Lecture), WS 2023/2024 (Heitger) [114653]
- Numerical Methods for Complex Systems I (Lecture), WS 2023/2024 (Gurevich) [114662]
- Numerical solution of physical problems (Lecture), WS 2023/2024 (Heitger, Jezo) [114650]
- Physics I: Dynamics of Particles and Particle Systems (Lecture), WS 2023/2024 (Fallnich, Kovařík, Thiele, Wittkowski) [114645]
- Physics III (Lecture), WS 2023/2024 (Kovařík, Rohlfing, Wurstbauer) [114320]
- Quantum Theory (Lecture), WS 2023/2024 (Kulesza) [114648]
- The Standard Model and Beyond, WS 2023/2024 (Klasen) [114660]
- Theoretical Nonlinear Physics I (Lecture), WS 2023/2024 (Linz) [114655]
- Theoretical Supplements to Physics III (Lecture), WS 2023/2024 (Kovařík, Rohlfing) [114322]
SS 2023 ↟
- Advanced Topics in Quantum Field Theory, SS 2023 (Kulesza) [112546]
- Atomic and Quantum Physics (Lecture), SS 2023 (Heitger, Schlenhoff) [112516]
- Introduction to Bayesian Statistics, SS 2023 (Gurevich, Kamps) [112542]
- Introduction to General Relativity and Cosmology (Lecture), SS 2023 (Schmitz) [112525]
- Introduction to Quantum Informatics and Quantum Computing, SS 2023 (Lohmann) [112529]
- Introduction to machine learning, SS 2023 (Gurevich, Kamps) [112535]
- Introduction to scientific programming (Lecture), SS 2023 (Heitger, Jezo) [112518]
- Introduction to the Theory of Quantum Chaos, SS 2023 (Engel) [112530]
- Introduction to the standard model of particle physics (Lecture), SS 2023 (Abou Ibrahim, Klasen) [112523]
- Numerical Methods for Complex Systems II (Lecture), SS 2023 (Gurevich) [112526]
- Physics II: Thermodynamics and Electromagnetism (Lecture), SS 2023 (Kovařík, Rohlfing, Wurstbauer) [112260]
- Structures and approaches of physics, SS 2023 (Gurevich, Heusler) [112520]
- Theoretical Nonlinear Physics II (Lecture), SS 2023 (Linz) [112521]
- Theoretical Supplements to Physics II (Lecture), SS 2023 (Kovařík, Rohlfing) [112262]
WS 2022/2023 ↟
- Gravitational Waves, WS 2022/2023 (Schmitz) [110636]
- Introduction to Bayesian Statistics, WS 2022/2023 (Gurevich, Kamps) [110658]
- Introduction to Quantum Informatics and Quantum Computing I, WS 2022/2023 (Lohmann) [110640]
- Introduction to quantum field theory, WS 2022/2023 (Kulesza) [110634]
- Mathematics for the teaching profession in physics (lecture), WS 2022/2023 (Wittkowski) [110630]
- Numerical Methods for Complex Systems I, WS 2022/2023 (Gurevich) [110638]
- Numerical solution of physical problems, WS 2022/2023 (Heitger) [110628]
- Physics I: Dynamics of Particles and Particle Systems, WS 2022/2023 (Kovařík, Rohlfing, Wurstbauer) [110300]
- Physics III, WS 2022/2023 (Krenner, Linz) [110624]
- Theoretical Nonlinear Physics I, WS 2022/2023 (Thiele) [110632]
- Theoretical Supplements to Physics III (lecture), WS 2022/2023 (Linz) [110626]
- Theory of phase transitions (lecture), WS 2022/2023 (Thiele, Wittkowski) [110646]
SS 2022 ↟
- Introduction to General Relativity and Cosmology, SS 2022 (Heitger, Wulkenhaar) [118665]
- Introduction to Quantum Informatics and Quantum Computing, SS 2022 (Lohmann) [118667]
- Introduction to machine learning, SS 2022 (Gurevich, Kamps) [118675]
- Introduction to scientific programming (Lecture), SS 2022 (Heitger) [118656]
- Introduction to the Theory of Quantum Chaos, SS 2022 (Engel) [118673]
- Introduction to the standard model of particle physics, SS 2022 (Jezo) [118669]
- Numerical Methods for Complex Systems, SS 2022 (Gurevich) [118661]
- Physics II (Lectures and Exercises), SS 2022 (Classen, Kovařík, Krenner, Linz) [118643]
- Physik zur Mittagszeit, SS 2022 (Klasen) [118674]
- Statistical physics (Lecture and Excercise), SS 2022 (Klasen) [118645]
- Structures and approaches of physics, SS 2022 (Gurevich, Heinen, Heusler) [118741]
- The RTG: Particle Physics from A to W, SS 2022 (Heitger) [118676]
- Theoretical Nonlinear Physics II, SS 2022 (Thiele) [118663]
- Theoretical Supplements to Physics II (Lectures and Exercises), SS 2022 (Classen, Kovařík, Linz) [118659]
WS 2021/2022 ↟
- Introduction to Quantum Informatics and Quantum Computing, WS 2021/2022 (Lohmann) [116454]
- Introduction to quantum field theory (Lecture), WS 2021/2022 (Heitger) [116444]
- Introduction to the Bayesian statistics, WS 2021/2022 (Gurevich, Kamps) [116456]
- Mathematics for the teaching profession in physics, WS 2021/2022 (Wittkowski) [116430]
- Numerical Methods for Complex Systems I (Lecture), WS 2021/2022 (Gurevich) [116438]
- Numerical solution of physical problems (Lecture), WS 2021/2022 (Wittkowski) [116442]
- Physics I: Dynamics of Particles and Particle Systems, WS 2021/2022 (Classen, Kovařík, Krenner, Linz) [116419]
- Physics III, WS 2021/2022 (Kulesza, Weinheimer) [116421]
- Quantum Theory (Lecture), WS 2021/2022 (Thiele) [116436]
- The Standard Model and Beyond (Lecture), WS 2021/2022 (Klasen) [116452]
- Theoretical Nonlinear Physics I (Lecture), WS 2021/2022 (Thiele) [116439]
- Theoretical Supplements to Physics III (Lecture), WS 2021/2022 (Heitger) [116434]
- Theorie der Phasenübergänge, WS 2021/2022 (Thiele, Wittkowski)
SS 2021 ↟
- Advanced Nonlinear Dynamics, SS 2021 (Linz) [114411]
- GRK 2149 „Introduction to General Relativity and Cosmology“, SS 2021 (Heitger, Wulkenhaar) [114294]
- GRK 2149 „Introduction to the standard model of particle physics (Lecture)“, SS 2021 (Heitger) [114292]
- Introduction to Quantum Mechanics, SS 2021 (Klasen, Schuck) [114284]
- Introduction to scientific programming (Lecture), SS 2021 (Wittkowski) [114288]
- Introduction to the Quanteninformatik and Quantencomputing II, SS 2021 (Lohmann) [114298]
- Introduction to the Theory of Quantum Chaos, SS 2021 (Engel) [114299]
- Numerical Methods for Complex Systems II (Lecture), SS 2021 (Gurevich) [114296]
- Physik II (Lecture), SS 2021 (Andronic, Classen, Kovařík, Kulesza) [114280]
- Statistical physics (Lecture), SS 2021 (Thiele) [114286]
- Structures and approaches of physics, SS 2021 (Gurevich, Heusler) [114325]
- Theoretical Nonlinear Physics II, SS 2021 (Linz) [114290]
- Theoretical Supplements to Physics II (Lecture), SS 2021 (Andronic, Classen, Kovařík, Kulesza) [114282]
WS 2020/2021 ↟
- Introduction to Quantum Informatics and Quantum ComputingI, WS 2020/2021 (Lohmann)
- Introduction to quantum field theory, WS 2020/2021 (Heitger)
- Mathematics for the teaching degree in physics for secondary schools, WS 2020/2021 (Wittkowski)
- Numerical methods for complex systems I, WS 2020/2021 (Gurevich)
- Numerical solution of physical problems, WS 2020/2021 (Heitger)
- Physics I, WS 2020/2021 (Andronic, Classen, Kovařík, Kulesza)
- Quantum Theory, WS 2020/2021 (Klasen)
- Theoretical nonlinear physics I, WS 2020/2021 (Linz)
- Theorie der Phasenübergänge, WS 2020/2021 (Thiele, Wittkowski)
- Vorkurs, WS 2020/2021 (Andronic, Classen, Kovařík, Kulesza)
SS 2020 ↟
- Advanced Nonlinear Dynamics, SS 2020 (Linz)
- Atomic and Quantum physics, SS 2020 (Bratschitsch, Thiele)
- GRK Introduction to the Standard Model, SS 2020 (Klasen)
- Introduction to Quantum Informatics and Quantum Computing II, SS 2020 (Lohmann)
- Introduction to scientific programming, SS 2020 (Heitger)
- Introduction to the theory of quantum chaos, SS 2020 (Engel)
- Numerical methods for complex systems II, SS 2020 (Gurevich)
- Structures and approaches of physics, SS 2020 (Gurevich, Heusler)
- Theoretical nonlinear physics II, SS 2020 (Linz)
WS 2019/2020 ↟
- Complex Systems, WS 2019/2020 (Linz)
- GRK 2149 “The Standard Model and beyond”, WS 2019/2020 (Klasen, Weinheimer)
- Introduction to quantum field theory, WS 2019/2020 (Kulesza)
- Mathematics for the teaching degree in physics for secondary schools, WS 2019/2020 (Heitger)
- Numerical methods for complex systems I, WS 2019/2020 (Gurevich)
- Numerical solution of physical problems, WS 2019/2020 (Wittkowski)
- Theoretical nonlinear physics I, WS 2019/2020 (Linz)
- Theorie der Phasenübergänge, WS 2019/2020 (Thiele, Wittkowski)
SS 2019 ↟
- Advanced Nonlinear Dynamics, SS 2019 (Linz)
- GRK 2149 “Introduction to the Standard Model”, SS 2019 (Kulesza)
- Introduction to Quantum Informatics and Quantum Computing, SS 2019 (Lohmann)
- Introduction to scientific programming, SS 2019 (Wittkowski)
- Introduction to the general theory of relativity and cosmology, SS 2019 (Heitger)
- Introduction to the theory of quantum chaos, SS 2019 (Engel)
- Numerical methods for complex systems II, SS 2019 (Gurevich)
- Statistical Physics, SS 2019 (Klasen)
- Theoretical nonlinear physics II, SS 2019 (Linz)
WS 2018/2019 ↟
- GRK 2149 “Computational methods for particle physics”, WS 2018/2019 (Bergner, Heitger, Münster, Vogl, Weinheimer)
- Introduction to Quantum Informatics and Quantum ComputingI, WS 2018/2019 (Lohmann)
- Introduction to quantum field theory, WS 2018/2019 (Kulesza)
- Mathematics for the teaching degree in physics for secondary schools, WS 2018/2019 (Münster)
- Numerical methods for complex systems I, WS 2018/2019 (Gurevich)
- Physics III, WS 2018/2019 (Linz, Pernice)
- Quantum Theory, WS 2018/2019 (Klasen)
- Theoretical Supplements to Physics III, WS 2018/2019 (Linz)
- Theoretical nonlinear physics I, WS 2018/2019 (Thiele)
- Theorie der Phasenübergänge, WS 2018/2019 (Thiele, Wittkowski)
SS 2018 ↟
- Atomic and Quantum physics, SS 2018 (Münster, Schuck)
- GRK 2149 “Introduction to the Standard Model”, SS 2018 (Kappes, Klasen)
- GRK 2149 “Quantum Chromodynamics”, SS 2018 (Kulesza)
- Introduction to Quantum Informatics and Quantum Computing, SS 2018 (Lohmann)
- Introduction to the general theory of relativity and cosmology, SS 2018 (Heitger, Weinheimer)
- Introduction to the theory of quantum chaos, SS 2018 (Engel)
- Numerical methods for complex systems II, SS 2018 (Gurevich)
- Physics II, SS 2018 (Kovařík, Linz, Pernice)
- Theoretical Supplements to Physics II, SS 2018 (Kovařík, Linz)
- Theoretical nonlinear physics II, SS 2018 (Thiele)
WS 2017/2018 ↟
- Dynamics of phase transitions, WS 2017/2018 (Thiele, Wittkowski)
- GRK 2149 “The Standard Model and beyond”, WS 2017/2018 (Klasen, Weinheimer)
- Introduction to quantum field theory, WS 2017/2018 (Kulesza)
- Mathematics for the teaching degree in physics for secondary schools, WS 2017/2018 (Münster)
- Numerical methods for complex systems I, WS 2017/2018 (Gurevich)
- Numerical solution of physical problems, WS 2017/2018 (Heitger)
- Physics I, WS 2017/2018 (Kovařík, Linz, Pernice)
- Theoretical nonlinear physics I, WS 2017/2018 (Thiele)
SS 2017 ↟
- GRK 2149 “Hadron physics and lattice QCD”, SS 2017 (Heitger, Khoukaz)
- GRK 2149 “Introduction to the Standard Model”, SS 2017 (Frekers, Klasen)
- Introduction to quantum informatics and quantum computing II, SS 2017 (Lohmann)
- Introduction to scientific programming, SS 2017 (Heitger)
- Introduction to the general theory of relativity and cosmology, SS 2017 (Kulesza, Wulkenhaar)
- Introduction to the theory of quantum chaos, SS 2017 (Engel)
- Numerical methods for complex systems II, SS 2017 (Gurevich)
- Structures and approaches of physics, SS 2017 (Gurevich, Heusler)
- Theoretical nonlinear physics II, SS 2017 (Thiele)
WS 2016/2017 ↟
- GRK 2149 “Computational methods for particle physics II”, WS 2016/2017 (Klasen, Münster, Weinheimer, Zapp)
- Introduction to quantum field theory, WS 2016/2017 (Kulesza)
- Mathematics for the teaching degree in physics for secondary schools, WS 2016/2017 (Heitger)
- Numerical methods for complex systems I, WS 2016/2017 (Gurevich)
- Numerical solution of physical problems, WS 2016/2017 (Heitger)
- Physics III, WS 2016/2017 (Linz, Pernice)
- Theoretical nonlinear physics I, WS 2016/2017 (Thiele)
SS 2016 ↟
- GRK 2149 “Introduction to the Standard Model”, SS 2016 (Kappes, Klasen)
- Introduction to scientific programming, SS 2016 (Heitger)
- Introduction to the general theory of relativity and cosmology, SS 2016 (Münster, Wulkenhaar)
- Introduction to the theory of quantum chaos, SS 2016 (Engel)
- Numerical methods for complex systems II, SS 2016 (Gurevich)
- Physics II, SS 2016 (Linz, Pernice)
- Structures and approaches of physics, SS 2016 (Gurevich, Heusler)
- Theoretical nonlinear physics II, SS 2016 (Thiele)
WS 2015/2016 ↟
- Computational Physics: Numerical solution of physical problems, WS 2015/2016 (Heitger)
- GRK 2149 Selected Topics in Quantum Field Theory, WS 2015/2016 (Kulesza)
- GRK 2149 “Physics beyond the Standard Model”, WS 2015/2016 (Klasen, Weinheimer)
- Introduction to quantum field theory, WS 2015/2016 (Münster)
- Mathematics for the teaching degree in physics for secondary schools, WS 2015/2016 (Heitger)
- Numerical methods for complex systems I, WS 2015/2016 (Gurevich)
- Physics I, WS 2015/2016 (Linz, Pernice)
- Physics III, WS 2015/2016 (Demokritov, Thiele)
- Theoretical nonlinear physics I, WS 2015/2016 (Linz)
SS 2015 ↟
- Complex systems II, SS 2015 (Linz)
- Introduction to the Standard Model of particle physics, SS 2015 (Münster)
- Introduction to the general theory of relativity and cosmology, SS 2015 (Frekers, Heitger)
- Introduction to the theory of quantum chaos, SS 2015 (Engel)
- Numerical methods for complex systems II, SS 2015 (Gurevich)
- Physics II, SS 2015 (Demokritov, Thiele)
- Quantum chromodynamics, SS 2015 (Kovařík, Kulesza)
- Statistical physics, SS 2015 (Klasen)
- Structure formation in systems of soft matter, SS 2015 (Thiele)
- Strukturen und Konzepte der Physik, SS 2015 (Gurevich, Heusler) [113106]
- Theoretical nonlinear physics II, SS 2015 (Linz)
WS 2014/2015 ↟
- Complex systems I, WS 2014/2015 (Linz)
- Introduction to quantum field theory, WS 2014/2015 (Münster)
- Mathematics for the teaching degree in physics for secondary schools, WS 2014/2015 (Heitger)
- Numerical methods for complex systems, WS 2014/2015 (Gurevich)
- Physics I, WS 2014/2015 (Demokritov, Thiele)
- Quantum theory, WS 2014/2015 (Klasen)
- Theoretical nonlinear physics I, WS 2014/2015 (Linz)
SS 2014 ↟
- Complex systems II, SS 2014 (Linz)
- Hadron physics and lattice QCD, SS 2014 (Heitger, Khoukaz)
- Introduction to quantum mechanics, SS 2014 (Klasen)
- Introduction to the Standard Model of particle physics, SS 2014 (Frekers, Kulesza)
- Introduction to the theory of general relativity, cosmology and astrophysics, SS 2014 (Münster, Weinheimer)
- Introduction to the theory of quantum chaos, SS 2014 (Engel)
- Numerical methods for complex systems, SS 2014 (Gurevich)
- Structure formation in systems of soft matter, SS 2014 (Thiele)
- Structures and approaches of physics, SS 2014 (Gurevich, Heusler)
- Theoretical nonlinear physics II, SS 2014 (Linz)
WS 2013/2014 ↟
- Introduction to quantum field theory, WS 2013/2014 (Kulesza)
- Mathematics for the teaching degree in physics for secondary schools, WS 2013/2014 (Heitger)
- Numerical methods for complex systems, WS 2013/2014 (Gurevich)
- Physics beyond the Standard Model, WS 2013/2014 (Klasen)
- Quantum theory, WS 2013/2014 (Münster)
SS 2013 ↟
- Complex systems II, SS 2013 (Linz)
- General theory of relativity, SS 2013 (Heitger)
- Introduction to quantum mechanics, SS 2013 (Münster)
- Introduction to the Standard Model of particle physics, SS 2013 (Kulesza)
- Introduction to the theory of quantum chaos, SS 2013 (Engel)
- Numerical methods for complex systems, SS 2013 (Gurevich)
- Structures and approaches of physics, SS 2013 (Gurevich, Heusler)
- Theoretical nonlinear physics II, SS 2013 (Linz)
WS 2012/2013 ↟
- Complex systems I, WS 2012/2013 (Linz)
- Introduction to quantum field theory, WS 2012/2013 (Kulesza)
- Mathematics for the teaching degree in physics for secondary schools, WS 2012/2013 (Heitger)
- Numerical methods for complex systems, WS 2012/2013 (Gurevich)
- Physics III, WS 2012/2013 (Klasen, Kohl)
- Quantum chromodynamics, WS 2012/2013 (Münster)
- Quantum theory, WS 2012/2013 (Jenko)
- Theoretical nonlinear physics I, WS 2012/2013 (Linz)
SS 2012 ↟
- Introduction to quantum mechanics, SS 2012 (Friedrich)
- Introduction to the Standard Model of particle physics, SS 2012 (Kulesza)
- Introduction to the theory of quantum chaos, SS 2012 (Engel)
- Methods of analysis for complex systems, SS 2012 (Friedrich, Honisch)
- Numerical methods for complex systems, SS 2012 (Friedrich, Gurevich)
- Physics II, SS 2012 (Klasen, Kohl)
- Theoretical nonlinear physics II, SS 2012 (Friedrich)
WS 2011/2012 ↟
SS 2011 ↟
- Computational Physics: Introduction to scientific programming, SS 2011 (Heitger)
- Gauge theories of the strong and electroweak interactions, SS 2011 (Bergner, Münster)
- Introduction to the theory of quantum chaos, SS 2011 (Engel)
- Numerical methods for complex systems, SS 2011 (Friedrich, Gurevich)
- Physics II, SS 2011 (Fallnich, Linz)
- Physics beyond the Standard Model, SS 2011 (Klasen)
- Statistical physics, SS 2011 (Friedrich)
- Theoretical nonlinear physics II, SS 2011 (Friedrich)
WS 2010/2011 ↟
- General theory of relativity, WS 2010/2011 (Heitger)
- Introduction to the Standard Model of particle physics, WS 2010/2011 (Farchioni)
- Numerical methods for complex systems, WS 2010/2011 (Friedrich, Gurevich)
- Physics I, WS 2010/2011 (Fallnich, Linz)
- Physics III, WS 2010/2011 (Münster, Zacharias)
- Quantum theory, WS 2010/2011 (Friedrich)
- Theoretical nonlinear physics, WS 2010/2011 (Friedrich)
SS 2010 ↟
- Introduction to quantum field theory, SS 2010 (Heitger)
- Introduction to the theory of quantum chaos, SS 2010 (Engel)
- Numerical methods for complex systems, SS 2010 (Friedrich, Gurevich)
- Physics II, SS 2010 (Münster, Zacharias)
- Physics IV: Introduction to quantum mechanics, SS 2010 (Friedrich)
- Quantum field theory and QCD, SS 2010 (Farchioni)
WS 2009/2010 ↟
- Chaos and turbulence, WS 2009/2010 (Friedrich)
- Complex systems In der Natur I, WS 2009/2010 (Linz)
- General theory of relativity, WS 2009/2010 (Heitger)
- Introduction to the Standard Model of particle physics, WS 2009/2010 (Philipsen)
- Numerical methods for complex systems, WS 2009/2010 (Friedrich, Gurevich)
- Physics I, WS 2009/2010 (Münster)
- Theoretical nonlinear physics I, WS 2009/2010 (Linz)
SS 2009 ↟
WS 2008/2009 ↟
SS 2008 ↟
WS 2007/2008 ↟
SS 2007 ↟
WS 2006/2007 ↟
SS 2006 ↟
WS 2005/2006 ↟
SS 2005 ↟
WS 2004/2005 ↟
SS 2004 ↟
WS 2003/2004 ↟
SS 2003 ↟
WS 2002/2003 ↟
SS 2002 ↟
WS 2001/2002 ↟
SS 2001 ↟
WS 2000/2001 ↟
SS 2000 ↟
WS 1999/2000 ↟
SS 1999 ↟
WS 1998/1999 ↟
SS 1998 ↟
WS 1997/1998 ↟
SS 1997 ↟
Seminars
Nuclear and particle physics:
- Seminar on the theory of atoms, nuclei and condensed matter (FT, TP)
- Seminar on the theory of particles and fields (Heitger, Klasen, Kulesza, Schmitz)
- Research seminar “quantum field theory” (Heitger, Klasen, Kovařík, Kulesza, Schmitz, Wulkenhaar)
- Research seminar “hadron physics in experiment and theory” (Heitger, Khoukaz)
Nonlinear physics:
- Interdisciplinary practical course: Nonlinear modeling in science (Engwer, Gurevich, Heuer, Ohlberger, Telschow)
- Seminar on the theory of complex systems (Linz, Thiele, Wittkowski)
- Seminar on nonlinear dynamical systems, until WS 2001/2002 (Eckelt)
- Seminar on philosophical aspects of physics
- Seminar Econophysics
- Seminar on mathematical fundamentals of quantum theory, WS 1996/1997 (Münster, Wieczerkowski)
