Physics 2022/2023
Course List
List of courses.
Physics
List of courses in Physics.
Bachelor's level, basic courses
Bachelor's level, continuing courses
- Condensed Matter Physics, 5 credits
- Considerations for Effective Physics Teaching, 5 credits
- Degree Project C in Physics, 15 credits
- Degree Project C in Physics Education Research, 15 credits
- Electric Circuit Analysis, 5 credits
- Electromagnetism I, 5 credits
- Energy Conversion Systems, 3 credits
- Energy Physics I, 5 credits
- Fluid Mechanics, 5 credits
- Fluid Mechanics for Energy-Related Applications, 10 credits
- Introduction to Nuclear Engineering, 5 credits
- Mathematical Methods of Physics, 5 credits
- Measuring Techniques, 5 credits
- Mechanics, 5 credits
- Mechanics Basic Course, 10 credits
- Mechanics II, 5 credits
- Mechanics III, 5 credits
- Physics for Teaching at Primary School, 3 credits
- Quantum Physics, 10 credits
- Statistical Mechanics, 5 credits
- Teaching and Learning Physics from a Methodological Perspective, 5 credits
- Thermodynamics, 5 credits
- The Scientific Worldview, 5 credits
- Waves and Optics, 5 credits
Master's level courses
- Accelerator Physics and Technology, 10 credits
- Accelerators and Detectors, 5 credits
- Advanced Nuclear Physics, 10 credits
- Advanced Particle Physics, 10 credits
- Advanced Physics - Project Course, 10 credits
- Advanced Physics - Project Course, 5 credits
- Advanced Quantum Field Theory, 10 credits
- Analytical Mechanics, 5 credits
- Application-Oriented Deep Learning in Physics, 5 credits
- Applied Molecular Physics, 5 credits
- Astroparticle Physics, 5 credits
- Atomic Measurements, 5 credits
- Classical Electrodynamics, 10 credits
- Computational Atomic Physics with Applications in Astrophysics, 10 credits
- Computational Modelling of Energy-Related Materials, 2.5 credits
- Computational Physics, 5 credits
- Computational Reactor Physics with Python, 5 credits
- Degree Project D in Physics, 15 credits
- Degree Project E in Physics, 30 credits
- Degree Project E in Physics, 45 credits
- Density Functional Theory, 5 credits
- Design of Small Magnets Using Permanent Magnet Material, 2 credits
- Dynamical System and Chaos, 5 credits
- Electromagnetic Field Theory, 5 credits
- Electromagnetic Methods in Deep Mineral Exploration, 3 credits
- Electronic Structure of Functional Materials, 10 credits
- Elementary Particle Physics, 5 credits
- Energy Physics II with Nuclear Energy, 10 credits
- Fluid Mechanics, 5 credits
- Free Electron Laser - Science and Technology, 5 credits
- Future Nuclear Energy Systems - Analyses and Simulations, 5 credits
- Geometrical Methods in Theoretical Physics, 10 credits
- Gravitation and Cosmology, 10 credits
- Hands-on Electronic Structure Calculations, 5 credits
- Introduction to Mathematica, 5 credits
- Introduction to Python for Physicists and Engineers, 5 credits
- Ionising Radiation: Principles and Measurement, 4 credits
- Learning and Teaching Awareness in Physics, 15 credits
- Magnetism, 10 credits
- Mathematical Methods of Physics II, 10 credits
- Measurement Techniques for Energy Systems, 5 credits
- Modelling and Simulation Methods of Particle Transport, 5 credits
- Nanoscience, 10 credits
- Neutron Scattering, 5 credits
- Nuclear Physics, 5 credits
- Optical and Photonic Techniques with Applications in Research and Industry, 3 credits
- Photonics and Quantum Optics I, 5 credits
- Physical Characterisation of the Subsurface, 2 credits
- Physics and Finance, 5 credits
- Physics Nobel Prizes, 5 credits
- Physics of Energy Related Materials, 5 credits
- Plasma Physics, 5 credits
- Project in Physics and Astronomy, 15 credits
- Project in Physics and Astronomy, 30 credits
- Project in Physics and Materials Science, 30 credits
- Project in Physics and Materials Science, 15 credits
- Quantum Chromodynamics and Effective Field Theory, 10 credits
- Quantum Field Theory, 10 credits
- Quantum Information, 5 credits
- Quantum Materials I, 5 credits
- Quantum Mechanics, Advanced Course, 10 credits
- Radio Frequency Solid-State Amplifiers, 5 credits
- Scientific Programming in Python with Applications in Physics, 5 credits
- Semiconductor Electrochemistry: Solar Cells and Photocatalysis, 5 credits
- Space Physics, 5 credits
- Special Relativity, 5 credits
- Spectroscopy of Atoms and Molecules, 5 credits
- Statistical Methods in Physics, 5 credits
- String Theory I, 10 credits
- String Theory II, 10 credits
- Surface Physics, 5 credits
- Symmetry and Group Theory in Physics, 5 credits
- Symmetry in Physics, 10 credits
- Synchrotron Radiation Methods, 5 credits
- Thermodynamics of Two-Phase Systems, 5 credits
- Upper Secondary School Physics with Python, 5 credits
Astronomy
List of courses in Astronomy.
Bachelor's level, basic courses
Bachelor's level, continuing courses
Master's level courses
Geophysics
List of courses in Geophysics.
Bachelor's level, basic courses
Bachelor's level, continuing courses
Master's level courses
- Applications of Geodynamics, 5 credits
- Continuum Mechanics in Geophysics, 5 credits
- Degree Project D in Geophysics, 15 credits
- Degree Project E in Geophysics, 45 credits
- Degree Project E in Geophysics, 30 credits
- Electromagnetic Geophysics, 10 credits
- Global Geophysics, 10 credits
- Inversion of Geophysical Data, 10 credits
- Physical Properties of Rocks, 5 credits
- Project Work in Geophysics, 15 credits
- Project Work in Geophysics, 10 credits
- Project Work in Geophysics, 5 credits
- Reflection Seismology, 5 credits
- Seismology, 10 credits
- The Earth's Potential Fields, 5 credits
- Time Series Analysis of Geophysical Data, 5 credits
Meteorology
List of courses in Meteorology.
Bachelor's level, basic courses
Bachelor's level, continuing courses
Master's level courses
- Air Quality and Applied Meteorology, 15 credits
- Atmospheric Dynamics and Synoptic Meteorology, 10 credits
- Atmospheric Physics, 15 credits
- Climate Variations, 5 credits
- Climatology and Climatological Methods, 5 credits
- Degree Project D in Meteorology, 15 credits
- Degree Project E in Meteorology, 45 credits
- Degree Project E in Meteorology, 30 credits
- Experimental Boundary Layer Meteorology, 15 credits
- Meteorological Project Work, 15 credits
- Meteorological Project Work, 10 credits
- Meteorology in Practice, 15 credits
- Numerical Modelling of the Atmosphere, 10 credits
- Numerical Modelling of the Atmosphere II, 5 credits
- Project Work in Meteorology, 5 credits
- Turbulence and Micrometeorology, 15 credits
About the Subject
Physics is about questions such as the future supply of energy, the earth's climate, new materials and the origin of the universe. Studies in physics provide fundamental tools to understand the universe, from the incredibly large to the unimaginably small - from solar systems and galaxies via the arth and its climate to atoms and elementary particles. Physics is also needed to understand phenomena in for example chemistry, biology and geoscience.
The subject physics in undergraduate education includes courses in astronomy, physics education, geophysics, nuclear and particle physics, material physics, meteorology, space and plasma physics as well as theoretical physics.
Material physics
Courses in material physics give an understanding about fabrication, modelling and characterisation of modern materials.
Materials theory
In materials theory materials are designed using quantum theory, starting from atoms. The goal is to understand and predict new properties of materials, construct new materials with desired properties and to be able to calculate the charcteristics of materials.
Nuclear and particle physics
Within nuclear and particle physics the fundamental forces of nature, the elementary particles and nuclei are explored.
Theoretical physics
In theoretical physics mathematical models are constructed to describe the fundamental building blocks of the universe. The courses in the subject gives an understanding on mathematical modelling of physical systems and processes.
Physics education
Physics education give a general knowledge of physics combined with an understanding on how teaching and learning physics works.
Astronomy
Based on observations and theoretical models astronomy aims to map and explore the universe.
Geophysics
Geophysics uses methods and models from physics to study the origin of the earth, its formation, structure and composition as well as ongoing processes and evolution during geological time.
Meteorology
Meteorology uses physics to study the atmosphere and to understand the weather and climate.
Space and plasma physics
Here the physics of near space, fundamental plasma physics and fusion plasma physics are studied.
Applied nuclar physics
Applied nuclear physics is about exploring and using the properties of atomic nuclei. Applications include extracting energy in nuclear power plants and radiocarbon dating.