MIORPA application form

First name(s)

Last name(s)

Preferred name

Gender

Female

Male

Non-binary

Prefer not to say

Other

Other

Email address

Confirm email address

Home address

Postcode

Name of university

Degree subject and qualification e.g. BA in Mathematics

Grade obtained/predicted grade

Please select which project(s) you are interested in working on. Select up to 3 projects.

Preference 1

- Select -Holographic Krylov Complexity from gravityClassifying rational conformal field theories/vertex operator algebras using modular linear differential equationsProducing useful states for continuous-variable quantum computersQuantum algebras and their representationsIt’s not you, it’s the math: your friends are (probably) more important than youTracking and Predicting Urban SprawlPattern Formation in TeaComputer-Assisted Study of Invariants and Structural Properties of Finite GroupsLunar tides of a basal magma oceanWhere did we come from, where do we go? Inference of parameters of branching process modelsTowards new models aware of diverse cultures, values and beliefs in NLPNew supergravity solutions

Preference 2

- Select -Holographic Krylov Complexity from gravityClassifying rational conformal field theories/vertex operator algebras using modular linear differential equationsProducing useful states for continuous-variable quantum computersQuantum algebras and their representationsIt’s not you, it’s the math: your friends are (probably) more important than youTracking and Predicting Urban SprawlPattern Formation in TeaComputer-Assisted Study of Invariants and Structural Properties of Finite GroupsLunar tides of a basal magma oceanWhere did we come from, where do we go? Inference of parameters of branching process modelsTowards new models aware of diverse cultures, values and beliefs in NLPNew supergravity solutions

Preference 3

- Select -Holographic Krylov Complexity from gravityClassifying rational conformal field theories/vertex operator algebras using modular linear differential equationsProducing useful states for continuous-variable quantum computersQuantum algebras and their representationsIt’s not you, it’s the math: your friends are (probably) more important than youTracking and Predicting Urban SprawlPattern Formation in TeaComputer-Assisted Study of Invariants and Structural Properties of Finite GroupsLunar tides of a basal magma oceanWhere did we come from, where do we go? Inference of parameters of branching process modelsTowards new models aware of diverse cultures, values and beliefs in NLPNew supergravity solutions

Write a short summary of up to (250/300) words about why you would be a good student for your project(s) of choice. (Please write your statement in English)

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• 1.5 GB limit.
• Allowed types: txt, rtf, pdf, doc, docx, odt, ppt, pptx, odp, xls, xlsx, ods.

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