/MHB_test/tags/physics730/Recent content in physics730 on Modulhandbuch Physik/Astronomie der Universität BonnHugo -- gohugo.iode-de/MHB_test/docs/PO2006/mhb_msphysik/physics730/Mon, 01 Jan 0001 00:00:00 +0000/MHB_test/docs/PO2006/mhb_msphysik/physics730/Theoretical Physics - physics730 Module No. physics730 Category Elective Credit Points (CP) Semester 8. Module: Theoretical Physics Module Elements: Nr Course Course No./MHB_test/docs/PO2006/mhb_msphysik/courses/physics760/Mon, 01 Jan 0001 00:00:00 +0000/MHB_test/docs/PO2006/mhb_msphysik/courses/physics760/Computational Physics (T) - physics760 Course Computational Physics (T) Course No. physics760 Category Type Language Teaching hours CP Semester Elective Lecture with exercises and project work English 2+2+1 7 WT/ST Requirements: Knowledge of a modern programming language (like C, C++) Preparation: Theoretical courses at the Bachelor degree level Form of Testing and Examination: successful participation in exercises,/MHB_test/docs/PO2006/mhb_msphysik/courses/physics761/Mon, 01 Jan 0001 00:00:00 +0000/MHB_test/docs/PO2006/mhb_msphysik/courses/physics761/Supersymmetry (T) - physics761 Course Supersymmetry (T) Course No. physics761 Category Type Language Teaching hours CP Semester Elective Lecture with exercises English 3+1 6 WT/ST Requirements: Quantum Field Theory I Preparation: Form of Testing and Examination: Individual Oral Examinations Length of Course: 1 semester Aims of the Course: Teach the students the basics of supersymmetric field theory and how it can be tested at the LHC./MHB_test/docs/PO2006/mhb_msphysik/courses/StatPhysNE/Mon, 01 Jan 0001 00:00:00 +0000/MHB_test/docs/PO2006/mhb_msphysik/courses/StatPhysNE/Statistical physics far from equilibrium (T) - StatPhysNE Course Statistical physics far from equilibrium (T) Course No. StatPhysNE Category Type Language Teaching hours CP Semester Elective Lecture with exercises English 4+2 8 ST Requirements: Preparation: Advanced statistical mechanics Form of Testing and Examination: Oral examination Length of Course: 1 semester Aims of the Course: Understanding the generic behavior of fluctuation-dominated systems far from equilibrium, and acquaintance with the basic mathematical tools used for their description./MHB_test/docs/PO2006/mhb_msphysik/courses/Disorder/Mon, 01 Jan 0001 00:00:00 +0000/MHB_test/docs/PO2006/mhb_msphysik/courses/Disorder/Disordered systems (T) - Disorder Course Disordered systems (T) Course No. Disorder Category Type Language Teaching hours CP Semester Elective Lecture with exercises English 4+2 8 ST Requirements: Preparation: Advanced statistical mechanics Form of Testing and Examination: Oral examination Length of Course: 1 semester Aims of the Course: Understanding the novel types of behaviour that arise in systems with quenched disorder, as well as the specific mathematical challenges associated with their theoretical description./MHB_test/docs/PO2006/mhb_msphysik/courses/Nonequilibrium/Mon, 01 Jan 0001 00:00:00 +0000/MHB_test/docs/PO2006/mhb_msphysik/courses/Nonequilibrium/Nonequilibrium physics with interdisciplinary applications (T) - Nonequilibrium Course Nonequilibrium physics with interdisciplinary applications (T) Course No. Nonequilibrium Category Type Language Teaching hours CP Semester Elective Lecture with exercises English 2+1 4 ST Requirements: Preparation: Statistical mechanics Form of Testing and Examination: Oral examination or term paper Length of Course: 1 semester Aims of the Course: Acquaintance with basic concepts of nonequilibrium physics; ability to apply the basic methods for the investigation of nonequilibrium problems; application of physics-based models to interdisciplinary problems./MHB_test/docs/PO2006/mhb_msphysik/courses/Probability/Mon, 01 Jan 0001 00:00:00 +0000/MHB_test/docs/PO2006/mhb_msphysik/courses/Probability/Probability theory and stochastic processes for physicists (T) - Probability Course Probability theory and stochastic processes for physicists (T) Course No. Probability Category Type Language Teaching hours CP Semester Elective Lecture English 3 4 WT Requirements: Preparation: Statistical mechanics on the bachelor level Form of Testing and Examination: Oral examination or term paper Length of Course: 1 semester Aims of the Course: Acquaintance with probabilistic concepts and stochastic methods commonly used in the theory of disordered systems and nonequilibrium phenomena, as well as in interdisciplinary applications of statistical physics.