- Courses
- Astrobiology. Conditions and Possibilities for Life in the Universe, ASTC01, 7.5 hp
- Bachelor's Degree Project, ASTK01, 15 hp
- Basic Astronomy, ASTA03, 7.5 hp
- Computational Astrophysics, ASTM22, 7.5 hp
- Conditions for Life in the Universe
- Dynamical Astronomy, ASTM13, 7.5 hp
- Extragalactic Astronomy, ASTM19, 7.5 hp
- Galaxies and Cosmology, ASTA33, 7.5 hp
- High Energy Astrophysics, ASTM12, 7.5 hp
- Introduction to Astronomy, ASTA01, 7.5 hp
- Introduction to Astrophysics, ASTB01, 7.5 hp
- Laboratory Astrophysics, ASTM15, 7.5 hp
- Man in the Universe - A History of Astronomy from Antiquity to Modern Times, ASTC02, 7.5 hp
- Master Degree Project, ASTM31, 60 hp
- Observational Techniques and Instrumentation, ASTM18, 7.5 hp
- Planetary Systems, ASTM20, 7.5 hp
- Plasma Physics, ASTA21, 7.5 hp
- Radiation Processes and Stellar Atmospheres, ASTA34, 7.5 hp
- Secrets of the Universe, ASTA02, 7.5 hp
- Statistical Tools in Astrophysics, ASTM21, 7.5 hp
- Stellar Structure and Evolution, ASTM14, 7.5 hp
- The Universe and the Quarks, ASTA05
- Artificial neural networks, FYTN06, 7.5 hp
- Bachelor's Degree Project, FYTK01, 15 hp
- Classical mechanics, FYTN09, 7.5 hp
- Classical Mechanics and Special Relativity, FYTB03, 7.5 hp
- Computational physics, FYTN03, 7.5 hp
- Cosmology and Astroparticle Physics, FYTN11, 7.5 hp
- Fluid Dynamics, FYTA14, 7.5 hp
- Fundamental theoretical physics, FYTA12, 30 hp
- General relativity, FYTN08, 7.5 hp
- Introduction to Quantum Field Theory, FYTN10, 7.5 hp
- Mathematical methods of physics, FYTN01, 7.5 hp
- Mathematical Tools, FYTB02, 15 hp
- Master Degree Project. FYTM01, 30 hp, and FYTM02, 60hp.
- Models and simulations, FYTA11, 30 hp
- Programming and Simulations, FYTB01, 15 hp
- Statistical mechanics, FYTN02, 7.5 hp
- The scientific method, MNXA09, 7.5 hp
- Theoretical biophysics, FYTN05/TEK267, 7.5 hp
- Theoretical particle physics, FYTN04, 7.5 hp
- Introduction to PhD studies, 1.5 hp
- Advanced quantum field theory, 7.5 hp
- Advanced statistical mechanics, 6 hp
- Colours, flavours and their consequences, 7.5 hp
- Fundamental electromagnetism, 7.5 hp
- Group theory, 7.5 hp
- Introductory molecular biology, 7.5 hp
- Object oriented programming in C++, 4.5 hp
- Particle physics phenomenology, 7.5 hp
- Relativistic quantum mechanics and introductory quantum field theory, 7.5 hp
- Superconductivity, 4.5 hp
- Advanced quantum mechanics
Conditions for Life in the Universe, ASTA04, 7.5 hp
The course is given spring term 2013, then planned for spring 2015.
The course is given in Swedish
Course plan (in swedish).
Page Manager: Patrik Edén
Webmaster: webmaster@lth.se
Last updated: 2012-03-30