48 monthsProgramme duration
27,300 GBPTuition Fee/year
SepStarting Month
Programme overview
Main Subject
Physics and Astronomy
Degree
MPhys
Study Level
Undergraduate
Study Mode
On Campus
If you want to use your mathematics skills to explore the concepts of fundamental physics, this integrated Masters is for you. It’s particularly relevant if you’re interested in a career in research.
Alongside mathematics, you’ll learn the methods of theoretical physics, and apply them to areas such as particle physics, cosmology, and condensed-state and atomic physics. This focus means that you’ll spend less time on experimental techniques compared to other physics courses.
You’ll be taught by our world-leading researchers who are at the forefront of physics. Their work includes:
- understanding quantum effects in black holes
- quantum gravity
- particle physics phenomena.
This work informs your teaching – our modules are based on the latest faculty research. Topics may include:
- general relativity
- quantum Information
- quantum Mechanics
- Quantum Field Theory.
You can also apply for a year studying abroad or going on a placement. In your final year, you’ll apply the skills you’ve gained to an advanced research project. You’ll work alongside leading researchers on advanced theoretical projects that aim to push the boundaries of our understanding.
By graduation, you’ll have the advanced skills needed for a career in research or industry. You’ll be skilled in Python programming, transforming physics problems into mathematical statements and statistical analysis.
Programme overview
Main Subject
Physics and Astronomy
Degree
MPhys
Study Level
Undergraduate
Study Mode
On Campus
If you want to use your mathematics skills to explore the concepts of fundamental physics, this integrated Masters is for you. It’s particularly relevant if you’re interested in a career in research.
Alongside mathematics, you’ll learn the methods of theoretical physics, and apply them to areas such as particle physics, cosmology, and condensed-state and atomic physics. This focus means that you’ll spend less time on experimental techniques compared to other physics courses.
You’ll be taught by our world-leading researchers who are at the forefront of physics. Their work includes:
- understanding quantum effects in black holes
- quantum gravity
- particle physics phenomena.
This work informs your teaching – our modules are based on the latest faculty research. Topics may include:
- general relativity
- quantum Information
- quantum Mechanics
- Quantum Field Theory.
You can also apply for a year studying abroad or going on a placement. In your final year, you’ll apply the skills you’ve gained to an advanced research project. You’ll work alongside leading researchers on advanced theoretical projects that aim to push the boundaries of our understanding.
By graduation, you’ll have the advanced skills needed for a career in research or industry. You’ll be skilled in Python programming, transforming physics problems into mathematical statements and statistical analysis.
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