A. Bachelor Degree Programme in Physics
Compulsory Modules
1.1. Mathematics
1.1.1. Analysis for Physicists
- 260096 VO Analysis for Physicists II
- 260110 UE Problem session to Analysis for Physicists II
1.1.2. Linear Algebra for Physicists
1.1.3. Introduction to Computational Methods in Physics
1.1.4. Mathematical Methods of Physics
- 260007 VO Mathematical Methods of Physics I
- 260017 UE Mathematical Methods of Physics I - Exercises
1.2. Introduction to Physics
- 260016 VO Introduction to Physics II
- 260071 PR Practical exercises for Introductory Physics II
- 260127 UE Exercise course in Introductory Physics II
- 260278 VO Introduction to Physics IV
- 260277 UE Exercise course in Introductory Physics IV
1.3. Theoretical Physics
- 260267 VO Theoretical Physics II: Quantum Mechanics I
- 260244 UE Theoretical Physics II: Quantum Mechanics I - Exercises
1.4. Physics Laboratory
- 260259 PR Physics Laboratory II
1.5. Computer-based Methods
1.5.1. Informatics for Physicists
- 260126 VO Informatics for Physicists - Introduction into C Programing
- 260168 UE Informatics for Physicists - Introduction in C Programing - Exercises
- 260170 VO Informatics for Physicists - Functional and symbolic programming using Mathematica
- 260169 UE Informatics for Physicists - Practical exercises to functional and symbolic programming using Math.
1.5.2. Scientific Computing
- 260018 VO Scientific Computing
- 260019 UE Exercises for Scientific Computing
1.6. Soft Skills
- 260151 VO Soft Skills - Epistemology of Physics
- 260047 UE Support for M1 with emphasis on computer algebra and wiki
- 260283 VO Common features of methods in complementary medicine - from scientific and intercultural points of view
Optional Modules
2.1. Theoretical Physics
- 260085 VO Theoretical Physics IV: Thermodynamics and Statistical Physics I
- 260289 UE Theoretical Physics IV: Thermodynamics and Statistical Physics I - Exercises
2.2. Physics Laboratory III
- 260291 PR Laboratory Aerosolphysics - for advanced students
- 260108 PR Laboratory Electronics - Electronics for Physicists
- 260014 PR Laboratory Solid State Physics: Advanced Materials - Advanced lab course in solid state physics
- 260060 PR Laboratory course on materials physics
- 260091 PR Modern methods in experimental physics - (Advanced laboratory course)
- 260193 PR Practical Class on Modern Microscopical Methods
- 260057 PR Laboratory Nuclear and Isotope Physics
- 260211 PR Laboratory Quantum Optics
- 260087 PR Laboratory Theoretical Physics
2.3. Matter and Fields
2.3.1. Mathematical Physics I
2.3.2. Relativity and Cosmology I
- 260130 SE Seminar in special topics in relativity
2.3.3. Quantum Optics, Quantum Nanophysics and Quantum Information I
- 260034 VO Methods of experimental quantum optics
- 260137 SE Selected problems of quantum theory
- 260213 SE [ en ] Quantum Optics Seminar - The Seminar consists of a series of talks, given by mainly international guests.
2.3.4. Particle Physics I
- 260092 VO [ en ] MF 8 Astro Particle Physics (MaG 21)
2.3.5. Nuclear and Isotope Physics I
2.3.6. Computational Physics I
- 260262 VO MF 1 Theory of interconnected dynamical systems II (MaG 25) - from cellular automata to genetic and artificial neural network models
- 260119 SE MF 1 Recent developments in the theory of interconnected dynamical systems (MaG 25)
- 260313 SE [ de en ] Computer simulation of molecular systems
2.3.7. Condensed Matter Theory I
2.3.8. Solid State Physics I
- 260020 VO Phase transitions in solids - statistical models
- 260078 VO Introduction to solid state physics (electronic properties)
- 260250 VO Superconductivity II (incl. High-temperature sc.)
- 260147 SE Atomic ordering in alloys
2.3.9. Materials Physics I
- 260020 VO Phase transitions in solids - statistical models
- 260061 VO Materials Physics I - Optical materials: linear and nonlinear properties
- 260254 VO Actual methods and applications of materials physics - Lecture on actual methods and applications of materials physics
- 260015 SE Seminar on micro- and nanomaterials
- 260147 SE Atomic ordering in alloys
- 260101 VO [ en ] "Microscopy at the Bottom": Applications of Aberration Corrected Low Voltage TEM
- 260103 SE [ en ] Advanced TEM Methods to Analyse Atomic Structures
2.3.10. Environmental Physics and Biophysics I
- 260262 VO MF 1 Theory of interconnected dynamical systems II (MaG 25) - from cellular automata to genetic and artificial neural network models
- 260296 VO Physics of sailing
- 260119 SE MF 1 Recent developments in the theory of interconnected dynamical systems (MaG 25)
- 260111 SE [ de en ] Environmental Physics and Biophysics I - Physics of Physiological Processes
2.4. Supplementary Modules
2.4.1. Chemistry for Physicists
2.4.2. Seminar on a Scientific Topic
- 260012 SE Current topics in aerosol dynamics and optics
- 260040 SE Recent developments in neutrino physics
- 260066 SE [ en ] Seminar on a Scientic Top - Seminar on applications of high-temperature superconductors
- 260067 SE [ de en ] Seminar entanglement and relativistic, decoherence and geometry in quantum physics II
- 260070 SE Seminar for isotope research and nuclear physics
- 260001 SE Seminar on current topics in subatomic physics
- 260104 SE [ de en ] Quantum physics without formalism - Interdisciplinary seminar of quantum physics
- 260247 SE Seminar on a Scientific Topic - Quantum information, entanglement and geometry
- 260111 SE [ de en ] Environmental Physics and Biophysics I - Physics of Physiological Processes
- 260285 SE Introduction to environmental sciences, seminar
2.4.3. Additional Qualifications
- 260086 VO Introduction into Electron Microscopy II
- 260094 VO Nuclear and Isotope Physics II - Introduction to nuclear physics II
- 260296 VO Physics of sailing
- 260201 VO Supplementary unit to Introduction to Physics IV
- 260111 SE [ de en ] Environmental Physics and Biophysics I - Physics of Physiological Processes
- 260137 SE Selected problems of quantum theory
- 260081 UE Practical work at machineshops
Last modified: We 13.06.2018 00:35
http://www.univie.ac.at/physik-spl/Dateien/Leitfaden-Bachelor.pdfVerordnung über die Anerkennung von Prüfungen aus dem Diplomstudium Physik (A 411) nach UniStG für das Bachelorstudium Physik (A 033 676) und vice versa:
http://www.univie.ac.at/physik-spl/Dateien/SPL26_AnerkennungsVO_180408.pdf