Course catalogue

Overview >  Dept. 04 - Mathematics >  ab 3. Studienjahr

Course offerings / Modules
Course offering / Module
Instructors / Module Owner
Time period
Event type
Room
Modelling and Simulation in Mathematical Biology
Dr. rer. nat. Alf Gerisch
Tue, 3. Nov. 2020 [11:40] - Tue, 9. Feb. 2021 [13:20]
Lecture & Exercise
04-00-0023-vu Introduction to Optimization
Prof. Dr. rer.nat. Winnifried Wollner; Alexander Matei; M.Sc. Anna Walter
Mon, 2. Nov. 2020 [13:30] - Wed, 10. Feb. 2021 [15:10]
Lecture & Exercise
04-00-0069-vu Functional Analysis
Apl. Prof. Dr. rer. nat. Steffen Roch; M.Sc. Andreas Nikolaus Schmidt; M.Sc. Felix Voigt
Tue, 3. Nov. 2020 [09:50] - Th, 11. Feb. 2021 [11:30]
Lecture & Exercise
04-00-0071-vu Probability Theory
Prof. Dr. rer. nat. Volker Martin Betz; Dominic Tobias Raphael Schickentanz
Wed, 4. Nov. 2020 [09:50] - Fri, 12. Feb. 2021 [11:30]
Lecture & Exercise
04-00-0073-vu Mathematical Statistics
Dr. rer. nat. Cornelia Wichelhaus
Wed, 4. Nov. 2020 [11:40] - Th, 11. Feb. 2021 [11:30]
Lecture & Exercise
04-00-0080-vu Algebra
Prof. Dr. rer. nat. Jan Hendrik Bruinier; M.Sc. Johannes Jeremias Buck
Mon, 2. Nov. 2020 [11:40] - Wed, 10. Feb. 2021 [13:20]
Lecture & Exercise
04-00-0138-vu Numerics of Ordinary Differential Equations
Prof. Dr. rer. nat. Jan Giesselmann; Ph.D. Neelabja Chatterjee
Wed, 4. Nov. 2020 [08:00] - Th, 11. Feb. 2021 [15:10]
Lecture & Exercise
04-00-0148-vu Introduction to Mathematical Logic
Prof. Dr. phil. nat. Ulrich Kohlenbach; Ph.D. Anton Jonathan Freund
Mon, 2. Nov. 2020 [09:50] - Tue, 9. Feb. 2021 [13:20]
Lecture & Exercise
04-00-0174-vu Nonlinear Optimization
Prof. Dr. rer. nat. Stefan Ulbrich; M.Sc. Anne-Therese Rauls
Mon, 2. Nov. 2020 [15:20] - Wed, 10. Feb. 2021 [17:00]
Lecture & Exercise
04-00-0184-vu Partial Differential Equations I
apl. Prof. Dr. rer. nat. Christian Stinner; Dr. rer. nat. Björn Augner
Wed, 4. Nov. 2020 [09:50] - Th, 11. Feb. 2021 [15:10]
Lecture & Exercise
04-00-0194-vu Category Theory
Prof. Dr. rer. nat. Thomas Streicher
Mon, 2. Nov. 2020 [16:15] - Mon, 8. Feb. 2021 [17:55]
Lecture & Exercise
04-00-0216-vu Harmonic Anylsis
Prof. Dr. rer. nat. Dieter Bothe; Sebastian Bechtel
Th, 5. Nov. 2020 [11:40] - Th, 11. Feb. 2021 [13:20]
Lecture & Exercise
04-00-0237-vu International Internet Seminar
Dr. rer. nat. Robert Haller
Lecture & Exercise
04-00-0283-vu Riemannian Geometry
Prof. Dr. rer. nat. Karsten Große-Brauckmann
Lecture & Exercise
04-10-0309-vu Mathematical Modelling of Fluid Interfaces II
Prof. Dr. rer. nat. Dieter Bothe
Wed, 4. Nov. 2020 [15:20] - Wed, 10. Feb. 2021 [17:00]
Lecture & Exercise
04-10-0311-vu Classical and Non-Classical Model Theory
Prof. Dr. rer. nat. Martin Otto
Mon, 2. Nov. 2020 [11:40] - Tue, 9. Feb. 2021 [11:30]
Lecture & Exercise
04-10-0330-vu Optimization in Transport and Traffic
Prof. Dr. rer. nat. Marc Pfetsch
Wed, 4. Nov. 2020 [13:30] - Wed, 10. Feb. 2021 [15:10]
Lecture & Exercise
04-10-0391-vu Numerical Methods for Partial Differential Equations
Prof. Dr. techn. Herbert Egger
Mon, 2. Nov. 2020 [09:50] - Tue, 9. Feb. 2021 [17:00]
Lecture & Exercise
04-10-0398-pr Interdisciplinary Project
Prof. Dr. rer. nat. Jan Giesselmann; Prof. Dr. rer. nat. Martin Kiehl
Project
04-10-0507-vu Differential Geometry
Prof. Dr. rer. nat. Karsten Große-Brauckmann; M.Sc. Arthur Windemuth
Tue, 3. Nov. 2020 [13:30] - Th, 11. Feb. 2021 [17:00]
Lecture & Exercise
04-10-0512-vu Optimization in Machine Learning
Prof. Dr. rer. nat. Stefan Ulbrich
Th, 5. Nov. 2020 [15:20] - Th, 11. Feb. 2021 [17:00]
Lecture & Exercise
04-10-0527-vu Mathematical Programs with Equiulibrium Constraints
Prof. Dr. rer. nat. Alexandra Schwartz
Fri, 6. Nov. 2020 [09:50] - Fri, 12. Feb. 2021 [11:30]
Lecture & Exercise
04-10-0590-vu Selected Topics in Algebra
Ph.D. Yingkun Li
Fri, 6. Nov. 2020 [13:30] - Fri, 12. Feb. 2021 [15:10]
Lecture & Exercise
04-10-0590-vu Selected Topics in Algebra
Prof. Dr. rer. nat. Timo Richarz
Tue, 3. Nov. 2020 [13:30] - Tue, 9. Feb. 2021 [15:10]
Lecture & Exercise
04-14-0100-pr Project in Mathematical Consulting
Prof. Dr. rer. nat. Jan Giesselmann; Prof. Dr. rer. nat. Martin Kiehl
Project