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University of Southampton

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PhD Project in Random Point Sources for Quantum Measurement and Sensing University of Southampton in United Kingdom

Degree Level

PhD

Field of study

Computer Science

Funding

The project is described as competition funded. No stipend amount or detailed tuition-fee coverage is provided in the supplied text.

Deadline

Jul 31, 2027

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Country

United Kingdom

University

University of Southampton

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Keywords

Computer Science
Medical Imaging
Mathematics
Computational Mathematics
Interferometry
Quantum Optics
Quantum Sensing
Statistics
Inverse Problem
Point Process
Physics

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About this position

The University of Southampton is offering a competition-funded Doctor of Philosophy project on random point sources for quantum measurement and sensing. The research addresses how information about underlying physical sources or fields can be recovered when quantum measurements are sparse, noisy and limited in resolution.

The project will develop mathematical methods based on random point sources, point processes and random measures. It will examine how source configurations and their statistical properties are transformed by measurement, which features remain identifiable, and how uncertainty, correlations and non-Gaussian structure appear in observable data. The work will also study ambiguity, detector noise, restricted observation and quantitative limits on source recovery, estimation and discrimination.

Applications will include quantum optics and quantum sensing, with examples such as photon counting, imaging and interferometric measurement. Although grounded in these physical settings, the project is primarily mathematical and computational, combining inverse problems, stochastic modelling and measurement analysis.

The research builds on Clark’s Random Point Sources: A Mathematical Theory of Point-Source Recovery, together with related work on field theory, information and inference for point processes. Its intended outcome is a rigorous theory of inverse problems for stochastic point sources under quantum measurement, with potential applications in quantum sensing, imaging, photodetection and measurement design.

Funding details

The project is described as competition funded. No stipend amount or detailed tuition-fee coverage is provided in the supplied text.

What's required

A 2:1 honours degree is required. The project is primarily mathematical and computational, so relevant preparation in mathematics, statistics, physics, computer science or a closely related discipline is implied by the research topic, although no additional requirements are stated in the supplied text.

How to apply

Review the project details and full entry requirements on the University of Southampton project page. Apply through the university's postgraduate research application process before 31 July 2027, selecting this project and providing the required supporting documents.

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