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We have 5 Computational Physics PhD Projects, Programmes & Scholarships PhD Projects, Programmes & Scholarships in Lancaster
Computational Physics PhD Projects, Programmes & Scholarships PhD Projects, Programmes & Scholarships in Lancaster
We have 5 Computational Physics PhD Projects, Programmes & Scholarships PhD Projects, Programmes & Scholarships in Lancaster
A PhD in Computational Physics involves the development of mathematical models and computer programmes that can compute the behaviour of physical systems.
What's it like to study a PhD in Computational Physics?
A PhD in Computational Physics requires the development of new mathematical models and computer programmes. This can involve working on problems in areas like:
- quantum many-body theory
- computational fluid dynamics
- biophysical simulation
- neutron transport
- beam simulation
You'll be encouraged to work independently on your research topic, which will usually be part of a larger project being led by a member of staff or a research group.
In a typical Computational Physics PhD, you'll work under the guidance of an expert supervisor to whom you'll submit a thesis at the end of your study. You may also be asked to give occasional presentations about your research at departmental level.
Some Computational Physics PhDs will require laboratory-based research, but many are entirely computational.
Typical entry requirements for a PhD in Computational Physics are a 2:1 in Physics, Mathematics or a related subject, although a Masters may occasionally be required.
PhD in Computational Physics funding options
Most PhDs in Computational Physics are funded by the Science and Technology Facilities Council (STFC), meaning that you'll receive a tax-free salary along with training during your PhD.
Some universities may also offer their own funding options. If you are considering a PhD that is fully self-funded, it is advisable to confirm that the programme meets UK academic standards before you apply.
PhD in Computational Physics careers
There is a huge demand for experts in Computational Physics, with careers available in academia, finance and technology. Many Computational Physics PhD graduates also choose to become teachers.
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Millimetre-wave injector for THz linear accelerators
THz linear accelerators (LINACs) offer potentially higher accelerating gradients than traditional RF structures while offering inherently better stability than other novel acceleration techniques. Read more
Energy Recovery Linac (ERL) design studies for the Electron-Ion Collider (EIC)
The Electron-Ion collider (EIC) is currently in the final design phase before construction in the US as an international collaboration, led by JLAB and BNL. Read more
GREENCDT Exploration of Neutron Counting Techniques Applied to Nuclear Reactivity Measurements
When sufficient nuclear material, such as plutonium, is in close proximity, chains of fission reactions can arise. Neutrons from one fission event can induce more fissions and so on. Read more
Longitudinal beam dynamics optimisation for multi-pass superconducting Energy Recovery Linacs
Creating environmentally-sustainable facilities for producing high-energy particle beams is an important consideration for the accelerator physics community, the industries and disciplines which make use of particle beams, and for future generations of fundamental nuclear and particle researchers. Read more
Corrugated waveguides to create a compact wakefield accelerator for Very High Energy Electrons for therapeutic and industrial applications
Very high energy electrons (VHEE), which are over 100MeV have been proposed for both the treatment of cancers and the for material research in industry. Read more
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