Suggestions for a physics masters dissertation in geometry.

AI Thread Summary
The discussion centers on a postgraduate student in Theoretical Physics seeking dissertation topics that integrate geometry within a physical context, particularly in relation to Quantum Field Theory (QFT) and noncommutative geometry. The student has a background in general relativity and is currently exploring various physics subjects, including Group Theory. They express a need to demonstrate a solid understanding of geometry to enhance their PhD application prospects. Suggestions for dissertation topics that connect geometry with physical theories, such as Yang-Mills theory, are sought. Relevant resources, including academic papers and links to research initiatives, are also shared to aid in topic selection.
sox
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Hi,

I am currently studying for a one year postgrad MSc in Theoretical Physics.

In my undergraduate physics degree, my dissertation was on general relativity, so I got a taste of differential geometry and manifolds which I really enjoyed.

At the moment I'm currently attending lectures on different areas of physics. One of the classes is on Quantum Field Theory and another is on Group Theory.

During the summer I have a three month project to do as part of this degree.

I am interested in studying noncommutative geometry for a PhD, and really need to show I have some grounding in geometry if my application is to be taken seriously.

Could anyone suggest an area I might look at for my dissertation that involves geometry set within a physical setting (such as QFT)?

Help appreciated as always,
Sox.
 
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I've been told (but do not know personally) that Yang-Mills theory can be formulated very geometrically similarly to GR.
 
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