- 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, ASTA04, 7.5 hp
- 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
- 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
Advanced statistical mechanics, 6 hp
The course is a reading or self-study course.
Description
This course gives a basic understanding of advanced statistical mechanics.
Contact: Bo Söderberg, phone 046-2229072.
Page Manager: Patrik Edén
Webmaster: webmaster@lth.se
Last updated: 2012-05-28