Welcome to Department of Physics (N)


Courses for: Spring 2018
Course code Name Subject Online Language
Basic level, has only secondary entrance requirements
FYSA01 Physics 1: General Physics  
FYSA11 Physics 1: General Physics  
ÄFYA11 Physics and Physics Education  
ÄFYD01 Physics and Physics Education  
Basic level, has less than 60 credit course/s at the first level as prerequisites
FYSA15 Physics: Environmental Physics  
FYSB07 Physics: Outreach Project  
Basic level, has at least 60 credit course/s at the first level as prerequisites.
FYSA21 Physics 2: Tools in Science  
FYSB01 Physics: Introduction to Quantum Mechanics  
FYSB02 Physics: Quantum Mechanics and Computations  
FYSB06 Physics: Applied Work  
FYSB11 Physics: Basic Quantum Mechanics  
FYSB12 Physics: Basic Statistical Physics and Quantum Statistics  
FYSC11 Physics: Atomic and Molecular Physics  
FYSC12 Physics: Nuclear Physics and Reactors  
FYSC13 Physics: Solid State Physics  
FYSC14 Physics: Particle Physics, Cosmology and Accelerators  
FYSD11 Physics: Fundamental Combustion  
FYSD13 Physics: Processing and Device Technology  
FYSD21 Physics: Materials Analysis at the Nanoscale  
ÄFYC01 Fysik 3: Quantum Physics with Didactics  
Basic level, has at least 60 credit course/s at the first level of knowledge requirements, provides for a Bachelor Degree
FYSK01 Physics: Bachelor´s Degree Project  
FYSK02 Physics: Bachelor´s Degree Project  
Basic level, course/s that can not be classified
EXTF65 Mathematical Methods of Nanotechnology  
EXTF70 Mathematical Methods of Nanotechnology, Project  
EXTF85 Particle Physics, Cosmology and Accelerators  
EXTF90 Photon and Neutron Production for Science  
Advanced level, has the course/s at the first level as prerequisites
FYSM01 Physics 4: Introduction to Advanced Physics  
FYSN11 Physics Experiments in Research and Society  
FYSN14 Physics: Lasers  
FYSN15 Physics: Experimental tools  
FYSN17 Physics: Quantum Mechanics  
FYST11 Physics: Theoretical Nuclear Physics  
FYST12 Physics: Quantum Chaos  
FYST13 Physics: Chaos for Science and Technology  
FYST14 Physics: Atomic and Molecular Spectroscopy  
FYST15 Physics: Semiconductor Physics  
FYST16 Physics: Modern Subatomic Physics  
FYST17 Physics: Modern Experimental Particle Physics  
FYST18 Physics: Applied Subatomic Physics  
FYST19 Physics: Physics and Chemistry of Surfaces  
FYST20 Physics: Spectroscopy and the Quantum Description of Matter  
FYST21 Physics: Light-Matter Interaction  
FYST22 Physics: Medical Optics  
FYST23 Experimental Biophysics  
FYST24 The Physics of Low-dimensions  
FYST26 Physics: Complex Economy  
FYST28 Physics: Laser-based Combustion Diagnostics  
FYST29 Physics: Multi-spectral Imaging  
FYST35 Physics: Chrystal Growth and Semiconductor Epitaxy  
FYST36 Physics: Molecular Physics  
FYST38 Physics: Environmental Monitoring  
FYST40 Physics: Nanomaterials - thermodynamics and kinetics  
FYST41 Physics: Photonics and Optical Communication  
FYST42 Physics: Scanning Probe Microscopy  
FYST43 Physics: Optics and Optical Design  
FYST46 Physics: Optical Properties of Semiconductors  
FYST50 Physics: Optoelectronics and Optical Communications  
METN11 Physics: Chemistry and Physics of the Atmosphere  
Advanced level, course/s at an advanced level as prerequisites
FYSP01 Physics: Applied Work  
FYST25 Physics: Solid State Theory  
FYST27 Physics: Electron Structure of Solids and Surfaces  
FYST30 Physics: Quantum information  
FYST31 Physics: Advanced Processing of Nanostructures  
FYST32 Physics: Advanced Optics and Lasers  
FYST33 Physics: Electron Transport in Nanostructures  
FYST34 Physics: High Speed Devices  
FYST37 Physics: Advanced Quantum Mechanics  
FYST39 Physics: Nanoelectronics  
FYST47 Physics: Intensive Course in Computational Atomic Physics  
FYST48 Physics: Optoelectronics  
FYST49 Physics: Many-Body Theory  
Advanced level, contains thesis for MA
FYSM30 Physics: Diploma Work for Master of Science in Physics  
FYSM31 Physics: Master´s Degree Project I  
FYSM32 Physics: Master´s Degree Project II  
FYSM60 Physics: Master´s Degree Project III  
Advanced level course/s that can not be classified
EXTN90 Experimental Methods and Instrumentation for Synchrotron Radiation Research  
EXTN95 Accelerators and Free Electron Lasers  
EXTP90 Solid State Theory  
EXTP95 The Physics of Surfaces  
FFF051 Solid State Theory  
FYST44 Physics: Nuclear reactor Physics  
FYST45 Physics: Atmospheric Physics and Chemistry  
EXTP35 Modern Experimental Particle Physics  
EXTP55 Spectroscopy and the Quantum Description of Matter  
MNXA14 Introduction to MATLAB for Scientists  
ÄFYA22 Physics II  
EQUIS - European Quality Improvement System