| Physics (BSc) |
F300 |
|---|---|
| Physics (MPhys) |
F303 |
The single-subject Physics degree programme consists of the core module content plus additional laboratory and communication skills activities. Many additional modules are available as options throughout the 3 or 4 years of your chosen programme. This will allow you to both deepen your knowledge in particular areas of physics and to broaden your knowledge into specialist areas of physics.
As a single-subject physics student, you have available to you the most options throughout the course. In Year 3, BSc students carry out a research project for two terms, while MPhys students will do some advanced laboratory work and research techniques. This includes reviewing specific scientific literature, experimental design studies and advanced use of algebratic manipulation software. In Year 4, MPhys students have a large number of modules to choose from and also carry out a research project spanning all three terms.
Download our booklet Physics Undergraduate degree programmes (PDF
, 742kb) for further information.
| Core modules |
Optional modules |
Other modules |
|---|---|---|
| Physics of Matter and Introduction to Quantum Physics |
Physics of Music |
Professional Skills |
| Newtonian and Relativistic Mechanics |
Mathematical Modelling |
Experimental Laboratory I |
| Physics of Fields and Waves |
Mapping the Universe |
|
| Mathematics I |
||
| Fabric of Physics |
| Core modules |
Physics pathway modules |
Other modules |
|---|---|---|
| Lagrangian Mechanics and Solid State Physics |
Applications of Optics and Environmental Physics |
Experimental Laboratory II |
| Electromagnetism and Fourier Optics |
||
| Quantum Physics I: Quantum Mechanics, Atomic Physics and Lasers |
||
| Mathematics II |
||
| Mathematics III |
| Core modules |
Optional modules |
Other modules |
|---|---|---|
| Quantum Physics II: Quantum Mechanics and Nuclear Physics |
Experimental Techniques* |
BSc Project & Professional Skills** |
| Thermodynamics and Statistical Physics |
Advanced Theoretical Techniques |
Advanced Experimental Laboratory and Frontiers of Research*** |
| Stellar Physics |
||
| Physical Optics |
||
| Atomic Physics II |
||
| Electrons in Solids |
||
| Introduction to Quantum Computation |
||
| Plasma and Fluid Dynamics |
||
| Analysing the Nanoscale and Magnetism & Superconductivity |
||
| Special and General Relativity |
* Compulsory for MPhys students and optional for BSc students
** Compulsory for BSc students and not available for MPhys students
*** Compulsory for MPhys students and not available for BSc students
There is a great deal of freedom in the fourth year of the single-subject Physics course. You get to choose 6 modules from the 'Optional modules' column to study alongside your MPhys project work.
| Optional modules |
Other modules |
|---|---|
| Electron Microscopy |
MPhys Project and Research Skills |
| High Performance Computing |
|
| Molecular Biophysics |
|
| Nuclear Physics II |
|
| Phase Transitions and Critical Phenomena |
|
| Physical Optics II |
|
| Plasma Physics for Fusion |
|
| Quantum Mechanics III |
|
| Quantum Mechanics IV |
|
| Electromagnetic Theory |
|
| Magnetism and Magnetic Materials |
|
| Nanophysics | |
| Radiation and Matter |
|
| Satellite Remote Sensing |
|
| Astrophysical Plasmas |
|
| Nuclear Astrophysics |
You can find more information about individual modules within the Module details section.