Track electives

Track electives

Depending on the chosen track you add track electives to your program:

Fluids, Bio and Soft Matter

3MT150 Environmental fluid mechanics
3MN150 Nanomagnetism
3MT170  Machine learning for fluid mechanics
3MQ100 Photonics and modern optics
3MT140 Experimental methods in transport and soft matter physic
3MT160 Introduction to NMR/MRI for imaging and flow visualisation
3MN170 Molecular biosensing
4EM10 Gasdynamics
3MT100 Chaos
3MT120 Advanced computational fluid and plasma dynamics
3MN100 Polymer physics
3MA100 Physics behind medical technology: equipment and physiology
3MT110  Geophysical fluid dynamics
3MT130 Transport in porous media
3MN110 Landau theory and the statics and dynamics of phase transitions
3MN210 Single molecule microscopy for nanomaterials  
3MQ110 Advanced Materials Modelling using Multiscale Methods

Nano, Quantum and Photonics

3MN190 Semiconductor nanophysics
6EMA53 Molecular photophysics
3MN150 Nanomagnetism
3MQ120  Hybrid quatum computing
3MQ100 Photonics and modern optics
3MP110 Solar cells 
3MP170 Plasma processing science and technology
3MN120 Organic electronics
3MN180 Nanophotonics
5LHB0 Optical sensing and metrology
3MP150 Ultracold quantum physics
3MN220 Nanospintronics
3MN210 Single molecule microscopy for nanomaterials
5LFB0 Terahertz systems
3MQ110 Advanced Materials Modelling using Multiscale Methods

Plasmas and Beams

3MQ010 Condensed matter at the nanoscale
3MF100 Fusion on the back of an envelope
3MQ110 Advanced Materials Modelling using Multiscale Methods
3MA020 Advanced electrodynamics
3MF130 Heating and diagnosing fusion plasmas
3MP100 Gas discharges 
3MP120  Astrophysics
3MQ100 Photonics and modern optics
3MF110 Magnetic confinement and MHD of fusion plasmas
3MP110 Solar cells 
3MP140 Accelerators and beams
3MP170 Plasma processing science and technology
3MF120 Fusion reactors: extreme materials, intense plasma wall interaction 
3MP150 Ultracold quantum physics
3MP180 Optical diagnostics: techniques and applications