| FYS-GEO4010 – Research project I (10 credits) |
10 |
| FYS-GEO4010 – Research project I (10 credits) |
10 |
| FYS-GEO4020 – Research project II (20 credits) |
20 |
| FYS-GEO4030 – Research project III (30 credits) |
30 |
| FYS-GEO4030 – Research project III (30 credits) |
30 |
| FYS-GEO4100 – Introductory project work in physics of geological processes (10 credits) |
10 |
| FYS-GEO4110 – Scientific Communication and Research Ethics (10 credits) |
10 |
| FYS-GEO4200 – Case study in physics of geological processes (10 credits) |
10 |
| FYS-GEO4300 – Methods in physics of geological processes (10 credits) |
10 |
| FYS-GEO4500 – Finite Volume Methods for Geophysical Fluid Physics (10 credits) |
10 |
| FYS-GEO4500 – Finite Volume Methods for Geophysical Fluid Physics (10 credits) |
10 |
| FYS-GEO4510 – Introduction to mechanical geomodeling (10 credits) |
10 |
| FYS-GEO9100 – Introductory project work in physics of geological processes (10 credits) |
10 |
| FYS-GEO9200 – Case study in physics of geological processes (10 credits) |
10 |
| FYS-GEO9300 – Methods in physics of geological processes (10 credits) |
10 |
| FYS-GEO9500 – Finite Volume Methods for Geophysical Fluid Physics (10 credits) |
10 |
| FYS-GEO9510 – Introduction to mechanical geomodeling (10 credits) |
10 |
| FYS-KJM4480 – Quantum mechanics for many-particle systems (10 credits) |
10 |
| FYS-KJM4570 – Radiation protection and radiation safety (10 credits) |
10 |
| FYS-KJM4710 – Radiation and radiation dosimetry (10 credits) |
10 |
| FYS-KJM4740 – MR-theory and medical diagnostics (10 credits) |
10 |
| FYS-KJM5920 – Nuclear measurement techniques and instruments (10 credits) |
10 |
| FYS-KJM9480 – Quantum mechanics for many-particle systems (10 credits) |
10 |
| FYS-KJM9570 – Radiation protection and radiation safety (10 credits) |
10 |
| FYS-KJM9710 – Radiation and radiation dosimetry (10 credits) |
10 |
| FYS-KJM9740 – MR-theory and medical diagnostics (10 credits) |
10 |
| FYS-KJM9920 – Nuclear measurement techniques and instruments (10 credits) |
10 |
| FYS-MED4750 – Medical Imaging (5 credits) |
5 |
| FYS-MED9750 – Medical Imaging (5 credits) |
5 |
| FYS-MEK4500 – Finite Volume Methods for Geophysical Fluid Physics (10 credits) |
10 |
| FYS-MEK9500 – Finite Volume Methods for Geophysical Fluid Physics (10 credits) |
10 |
| FYS3130 – Statistical mechanics (10 credits) |
10 |
| FYS3180 – Experimental Methods in Physics (10 credits) |
10 |
| FYS3410 – Condensed matter physics (10 credits) |
10 |
| FYS3510 – Subatomic physics with applications in astrophysics (10 credits) |
10 |
| FYS3520 – Nuclear physics, structure and spectroscopy (10 credits) |
10 |
| FYS3610 – Space physics (10 credits) |
10 |
| FYS4010 – Research project I (10 credits) |
10 |
| FYS4020 – Research project II (20 credits) |
20 |
| FYS4030 – Research project III (30 credits) |
30 |
| FYS4120 – Classical mechanics and electrodynamics (10 credits) |
10 |
| FYS4140 – Mathematical methods in physics (10 credits) |
10 |
| FYS4180 – Experimental Methods in Physics (10 credits) |
10 |
| FYS4190 – Dynamical Systems and Chaos (10 credits) |
10 |
| FYS4230 – Modelling and design of micro- and nanosystems (10 credits) |
10 |
| FYS4410 – Computational physics II (10 credits) |
10 |
| FYS4510 – Nuclear measurement techniques and instrumentation (10 credits) |
10 |
| FYS4515 – Nuclear Physics I (10 credits) |
10 |
| FYS4520 – Subatomic many-body theory I (10 credits) |
10 |
| FYS4540 – Energy physics- solar energy (10 credits) |
10 |
| FYS4550 – Experimental high energy physics (10 credits) |
10 |
| FYS4560 – Elementary particle physics (10 credits) |
10 |
| FYS4610 – Magnetospheric processes (10 credits) |
10 |
| FYS4630 – Transport of radiation in the atmosphere (10 credits) |
10 |
| FYS4750 – Medical Imaging (5 credits) |
5 |
| FYS4761 – CT- and X-ray Diagnostic Techniques (5 credits) |
5 |
| FYS4780 – Analysis of dynamical image information for medical diagnostics (10 credits) |
10 |
| FYS5130 – Cosmological physics (10 credits) |
10 |
| FYS5310 – Electron Microscopy, Electron Diffraction and Spectroscopy II (10 credits) |
10 |
| FYS5440 – Neutron scattering methods for materials research (3 credits) |
3 |
| FYS5710 – EPR spectroscopy: applications in biophysics and dosimetry (10 credits) |
10 |
| FYS9130 – Cosmological physics (10 credits) |
10 |
| FYS9160 – The general theory of relativity (10 credits) |
10 |
| FYS9230 – Modelling and Design of Micro- and Nanosystems (10 credits) |
10 |
| FYS9260 – Microsystems and Electronic Packaging and Interconnection Technologies (10 credits) |
10 |
| FYS9410 – Computational physics II (10 credits) |
10 |
| FYS9440 – Neutron scattering methods for materials research (3 credits) |
3 |
| FYS9510 – Nuclear measurement techniques and instrumentation (10 credits) |
10 |
| FYS9520 – Subatomic many-body theory I (10 credits) |
10 |
| FYS9540 – Energy Physics - Solar Energy (10 credits) |
10 |
| FYS9550 – Experimental high energy physics (10 credits) |
10 |
| FYS9560 – Elementary particle physics (10 credits) |
10 |
| FYS9580 – Introduction to Nuclear Reactor Physics (10 credits) |
10 |
| FYS9610 – Magnetospheric processes (10 credits) |
10 |
| FYS9630 – Transport of radiation in the atmosphere (10 credits) |
10 |
| FYS9710 – EPR spectroscopy: applications in biophysics and dosimetry (10 credits) |
10 |
| FYS9750 – Medical Imaging (5 credits) |
5 |
| FYS9761 – CT- and X-ray Diagnostic Techniques (5 credits) |
5 |
| MEF3100 – Characterization of materials (10 credits) |
10 |
| MEF3200 – Energy materials (10 credits) |
10 |
| MEF4100 – Characterization of materials (10 credits) |
10 |
| MEF4200 – Energy materials (10 credits) |
10 |
| MEF5010 – Nanophysics (10 credits) |
10 |
| MEF9010 – Nanophysics (10 credits) |
10 |
| MENA3200 – Energy Materials (10 credits) |
10 |
| MENA4100 – Characterization of materials (10 credits) |
10 |
| MENA4200 – Energy materials (10 credits) |
10 |
| MENA5010 – Nanophysics (10 credits) |
10 |
| MENA5010 – Nanophysics (10 credits) |
10 |
| MENA9010 – Nanophysics (10 credits) |
10 |
| MENA9010 – Nanophysics (10 credits) |
10 |
| MENA9520 – Ab Initio Modelling of Solar Cell Materials (5 credits) |
5 |
| UNIK3480 – Optics and light (10 credits) |
10 |
| UNIK4000 – Technology, innovation and product development (10 credits) |
10 |
| UNIK4110 – Fixed broadband wireless access (10 credits) |
10 |
| UNIK4140 – Man - Machine - Interaction (10 credits) |
10 |
| UNIK4150 – Antennas and radiowave propagation (10 credits) |
10 |
| UNIK4180 – Digital communications, part II (10 credits) |
10 |
| UNIK4190 – Informasjonsteori og feilkontroll (10 credits) |
10 |
| UNIK4200 – Multicasting, routing and service quality (10 credits) |
10 |
| UNIK4220 – Introduction to Cryptography (10 credits) |
10 |
| UNIK4260 – Vulnerability and Security of Wireless Communications (10 credits) |
10 |
| UNIK4270 – Security in Operating Systems and Software (10 credits) |
10 |
| UNIK4290 – Mobility in the Internet and ad-hoc networks (10 credits) |
10 |
| UNIK4310 – Electron Structure in Semiconductors (10 credits) |
10 |
| UNIK4330 – Imaging and detection of optical and infrared radiation (10 credits) |
10 |
| UNIK4350 – Fiberoptic broadband networks (10 credits) |
10 |
| UNIK4361 – Radar - systems and signal processing (10 credits) |
10 |
| UNIK4380 – Photonic crystals (10 credits) |
10 |
| UNIK4450 – Solar cells (10 credits) |
10 |
| UNIK4460 – Photovoltaic devices, technology and system (10 credits) |
10 |
| UNIK4480 – Optics and light (10 credits) |
10 |
| UNIK4510 – Satellite remote sensing using advanced radar instruments (10 credits) |
10 |
| UNIK4530 – Surveillance and monitoring (10 credits) |
10 |
| UNIK4660 – Visualization of scientific data (10 credits) |
10 |
| UNIK4700 – Building Mobile and Wireless Networks (10 credits) |
10 |
| UNIK4710 – Selected topics in mobile semantic service delivery (10 credits) |
10 |
| UNIK4720 – Tillits- og omd?mmesystemer (10 credits) |
10 |
| UNIK4730 – Service Oriented Architechture Implementation (10 credits) |
10 |
| UNIK4740 – Information Security in Industrial Sensor and Mobile Systems (10 credits) |
10 |
| UNIK4750 – Measurable Security for the Internet of Things (10 credits) |
10 |
| UNIK4800 – Renewable Energy: science and technology (10 credits) |
10 |
| UNIK4810 – Battery Technology (10 credits) |
10 |
| UNIK4820 – Energy systems analysis: Modelling, methods and scenarios (10 credits) |
10 |
| UNIK4830 – Solar energy systems (10 credits) |
10 |
| UNIK4840 – Neutron Scattering in Materials Research - with laboratory exercises (10 credits) |
10 |
| UNIK4845 – Neutron scattering in materials research - an introduction (5 credits) |
5 |
| UNIK4900 – Advanced Turbulence Modeling and Simulations (10 credits) |
10 |
| UNIK9150 – Antennas and radiowave propagation (10 credits) |
10 |
| UNIK9290 – Mobility in the Internet and ad-hoc networks (10 credits) |
10 |
| UNIK9361 – Radar - systems and signal processing (10 credits) |
10 |
| UNIK9380 – Photonic crystals (10 credits) |
10 |
| UNIK9420 – Quantum computation and quantum information (10 credits) |
10 |
| UNIK9450 – Solar Cells (10 credits) |
10 |
| UNIK9460 – Photovoltaic devices, technology and system (10 credits) |
10 |
| UNIK9660 – Visualization of scientific data (10 credits) |
10 |
| UNIK9700 – Radio and mobility (10 credits) |
10 |
| UNIK9710 – Selected topics in mobile semantic service delivery (10 credits) |
10 |
| UNIK9730 – Service Oriented Architechture Implementation (10 credits) |
10 |
| UNIK9740 – Information Security in Industrial Sensor and Mobile Systems (10 credits) |
10 |
| UNIK9750 – Selected Topics in Measurable Security for the Internet of Things (10 credits) |
10 |
| UNIK9800 – Renewable Energy: science and technology (10 credits) |
10 |
| UNIK9810 – Battery Technology (10 credits) |
10 |
| UNIK9820 – Energy systems analysis: Modelling, methods and scenarios (10 credits) |
10 |
| UNIK9830 – Solar energy systems (10 credits) |
10 |
| UNIK9840 – Neutron Scattering in Materials Research - with laboratory exercises (10 credits) |
10 |
| UNIK9845 – Neutron scattering in materials research - an introduction (5 credits) |
5 |
| UNIK9900 – Advanced Turbulence Modeling and Simulations (10 credits) |
10 |
| UNIK9910 – Random Matrix Theory for Wireless Communications (10 credits) |
10 |
| UNIK9930 – Turbulence Theory (10 credits) |
10 |