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Please select which project(s) you are interested in working on. Select up to 3 projects.
Preference 1
- Select -
Where is my brane?
Classifying rational conformal field theories/vertex operator algebras using modular linear differential equations
Phase separation in bio-materials
Time-delayed switching in heterogeneous populations
Tidal turbulence in Earth’s core — numerical modelling with spectral methods
Quantum algebras and their representations
Exploiting clustering with vine copulas to examine the Scottish Multiple Deprivation Index 2020 (SIMD-2020
Mathematical modelling of schistosomiasis transmission dynamics
Preference 2
- None -
Where is my brane?
Classifying rational conformal field theories/vertex operator algebras using modular linear differential equations
Phase separation in bio-materials
Time-delayed switching in heterogeneous populations
Tidal turbulence in Earth’s core — numerical modelling with spectral methods
Quantum algebras and their representations
Exploiting clustering with vine copulas to examine the Scottish Multiple Deprivation Index 2020 (SIMD-2020)
Mathematical modelling of schistosomiasis transmission dynamics
Preference 3
- None -
Where is my brane?
Classifying rational conformal field theories/vertex operator algebras using modular linear differential equations
Phase separation in bio-materials
Time-delayed switching in heterogeneous populations
Tidal turbulence in Earth’s core — numerical modelling with spectral methods
Quantum algebras and their representations
Exploiting clustering with vine copulas to examine the Scottish Multiple Deprivation Index 2020 (SIMD-2020)
Mathematical modelling of schistosomiasis transmission dynamics
Why would you be a good student for your project(s) of choice? Write a 500-word summary about why you are applying for this project.
Please upload the following:
An up to date CV
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Upload requirements
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1.5 GB limit.
Transcript scores to date (scanned into a single PDF)
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Upload requirements
One file only.
1.5 GB limit.
Submit
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