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Postgraduate Research

We have a vibrant community of postgraduate students from a number of countries including Saudi Arabia, Turkey, Kenya, Venezuela and Sri Lanka. We support both full and part time students and our numbers are growing year on year. 

The School has a Centre for Doctoral Training (CDT) in Photonic Integration and Advanced Data Storage which is a vibrant research community bringing together postgraduate researchers and academics from Queen’s University Belfast, the University of Glasgow and the Irish Photonic Integration Centre in Cork.

Students can apply for paid undergraduate teaching and many find this valuable. In addition, we run summer schools on specific topics (such as the use of “Cloudy” and "Python") which they can attend.

All PhD students have access to office accommodation within the School to facilitate effective communication, teamwork and support. We commit to supplying each student with a new laptop and a budget for travel and conference attendance, when this is not automatically part of their studentship.

Find a PhD Supervisor

If you already have a research proposal idea, start the process of joining our research community by talking to an academic supervisor.

Find a PhD Supervisor


Hear from our PhD Researchers
Emel Yavuz
Equivariant Orthogonal Calculus
Conor MacBride
Energy Dissipation in Solar Physics
Tamsin O'Reilly
Exploring domain cross-talk and cycling effects in polycrystalline ferroics
  • Postgraduate Research
    Postgraduate Research Courses
    Course Qualification Duration
    Mathematics MPhil 2 Academic Years (Full Time) / 4 Academic Years (Part Time)
    Duration 2 Academic Years (Full Time) / 4 Academic Years (Part Time)
    Description

    The Mathematical Research Centre conducts world-class research in the following areas: Algebra, Analysis, Operator Algebras, Algebraic Topology, Topological Data Analysis, PDEs, Survival Analysis, Bayesian Networks, Data Analytics and Operational Research. It maintains vibrant international links with a large number of researchers around the globe and regularly hosts international conferences and research....

    Photonic Integration and Advanced Data Storage PhD 4 (Full Time)
    Duration 4 (Full Time)
    Description

    The EPSRC - SFI Centre for Doctoral Training offers a vibrant and diverse research community. Students complete a unique four-year PhD training in Photonic Integration and Advanced Data Storage, leading to a jointly awarded degree from Queen's University Belfast and the University of Glasgow. Designed and delivered in close collaboration with an impressive range of industrial partners, the CDT provides....

    Photonic Integration and Advanced Data Storage 4 Academic Years (Full Time)
    Duration 4 Academic Years (Full Time)
    Description

    The EPSRC - SFI Centre for Doctoral Training offers a vibrant and diverse research community. Applicants joining this programme are known as research engineers.They complete a unique four-year doctoral training programme in Photonic Integration and Advanced Data Storage, leading to a jointly awarded Engineering Doctorate degree (EngD) from Queen's University Belfast and the University of Glasgow. Each....

    Physics MPhil 2 Academic Years (Full Time) / 4 Academic Years (Part Time)
    Duration 2 Academic Years (Full Time) / 4 Academic Years (Part Time)
    Description

    The scientific research within the School of Mathematics and Physics was highly rated in the 2014 REF peer-review exercise, with 70% of research being judged as internationally excellent or world-leading.

    Physics research activity in the School is focused into five specific Research Centres; all members of academic staff belong to one of these Research Centres, listed below.

    Astrophysics....

    Mathematics PhD 3 Academic Years (Full Time) / 6 Academic Years (Part Time)
    Duration 3 Academic Years (Full Time) / 6 Academic Years (Part Time)
    Description

    The Mathematical Research Centre conducts world-class research in the following areas: Algebra, Analysis, Operator Algebras, Algebraic Topology, Topological Data Analysis, PDEs, Survival Analysis, Bayesian Networks, Data Analytics and Operational Research. It maintains vibrant international links with a large number of researchers around the globe and regularly hosts international conferences and research....

    Physics PhD 3 Academic Years (Full Time) / 6 Academic Years (Part Time)
    Duration 3 Academic Years (Full Time) / 6 Academic Years (Part Time)
    Description

    The scientific research within the School of Mathematics and Physics was highly rated in the 2014 REF peer-review exercise, with 70% of research being judged as internationally excellent or world-leading. Physics research activity in the School is focused into five specific Research Centres; all members of academic staff belong to one of these Research Centres, listed below.

    Astrophysics (PhD/MPhil)
    Find....

  • PhD Opportunities
    PhD Opportunities
    Course Qualification Duration
    Mathematical models for cancer invasion PHD Full-time: 3 years
    Sheaf models for equivariant stable homotopy theory PHD Full-time: 3 years
    Deep Learning Approaches for Genetic Based Cancer Healthcare Modelling, for use in Economic Evaluations PHD Full-time: 3 years
    Low discrepancy sequences generated from permutation polynomials PHD Full-time: 3 years
    Delayed feedback mechanisms PHD Full-time: 3 years
    Mathematics of infectious diseases PHD Full-time: 3 years
    Statistical analysis of Biological point patterns PHD Full-time: 3 years
    Spatial statistics and Hidden Markov Modelling to improve the efficiency of a novel diagnostic test for cancer using Single molecule imaging. PHD Full-time: 3 years
    Graded rings and toric methods in algebra PHD Full-time: 3 years
    Machine learning approaches to detecting software changes for bug localization PHD Full-time: 3 years
    Using Data analytics to design innovative clinical trials in respiratory disease PHD Full-time: 3 years
    Nitrogen Vacancy Centre Microscopy: Novel in-situ Insights into Nanomagnetism PHD Full-time: 3 years
    Re-engineering Scientific Software for the Future PHD Full-time: 3 years
    Photoionization Cross Sections for Astrophysically Important High Z Species PHD Full-time: 3 years
    Development and characterisation of high-repetition rate proton sources using novel targets PHD Full-time: 3 years
    Atomic structure and collisional data for heavy elements Z≥ 50 involved in Neutron Star mergers PHD Full-time: 3 years
    Machine Learning for Nonlinear Spectroscopy PHD Full-time: 3 years
    Extreme nanophotonics within subnanometer plasmonic gaps PHD Full-time: 3 years
    Optimal control of quantum complex systems PHD Full-time: 3 years
    Positron binding and annihilation in molecules PHD Full-time: 3 years
    Quantum chaos in multicharged positive ions PHD Full-time: 3 years
    Modelling the irradiation of biological molecules in the presence of solvents and metal nanoparticles PHD Full-time: 4 years
    Synthesising Extreme Light Pulses for Applications in Intense Laser-Plasma Interactions PHD Full-time: 3 years
    The Outer Solar System at the Dawn of the Legacy Survey of Space and Time PHD Full-time: 3 years
    Exploring surface-chemistry driven effects in micro-scaled ferroelectrics PHD Full-time: 3 years
    Controlling heat flow at the nanoscale using ferroelectric materials PHD Full-time: 3 years
    Multi-Wavelength Observations of Solar Flares PHD Full-time: 3 years
    Laser Driven Neutron Sources at High Repetition Rate PHD Full-time: 3 years
    Laser energised travelling-wave accelerator for interdisciplinary applications PHD Full-time: 3.5 years
    Reprogrammable micromagnetic transport PHD Full-time: 3 years
    Supernovae: theoretical modelling of light curves and spectra PHD Full-time: 3 years
    Experimental investigation of ultrafast radiation induced processes in matter and sub-picosecond switching in materials PHD Full-time: 3 years
    Modelling the impact of stellar activity on exoplanet discovery and characterisation PHD Full-time: 3 years
    Understanding global eigenmodes in the Sun’s most powerful magnetic fields PHD Full-time: 3 years
    Photoionized plasmas in the laboratory PHD Full-time: 3 years
    Laser-driven positron sources for industrial and fundamental science applications PHD Full-time: 3 years
    Manipulating high-harmonic generation throughthe spin-orbit interaction PHD Full-time: 3 years
    Advanced mechanisms for laser-driven ion acceleration PHD Full-time: 3.5 years
    Radiobiology with laser-driven ions at ultra-high dose rate PHD Full-time: 3.5 years
    Quantum-classical interfaces for the emulation of quantum communication algorithms PHD Full-time: 3 years
    Machine learning for quantum networking PHD Full-time: 3 years
    The magnetic and thermodynamic properties of small-scale solar magnetic structures PHD Full-time: 3 years
    Machine and Algorithm driven discovery in big data: implications for scientific reproducibility PHD Full-time: 4 years
Queen's expert to advise Scottish Government
Centre for Doctoral Training (CDT)
Photonic Integration and Advanced Data Storage

The EPSRC and SFI Centre for Doctoral Training (CDT) in Photonic Integration and Advanced Data Storage is a vibrant research community bringing together postgraduate researchers and academics from Queen’s University Belfast, the University of Glasgow and the Irish Photonic Integration Centre in Cork. Working closely with industry, our research aims to tackle some of the challenges created by the increasing quantities of data generated by today's society. 

Within this CDT, high levels of industrial engagement and sponsorship have helped to create a diverse and vibrant research community, where research projects align closely with industry road maps. Extensive networks lead to plentiful opportunities for placements, nationally and internationally, with students having spent time with partners in Europe and as far afield as Japan. The CDT delivers a cohort-based student experience, where students themselves drive the training agenda, organising annual events, such as a summer “Conclave” (with industry keynote speakers and panels) and a winter school (which draws on the skills and expertise of academics across partner institutions).

Crucially, the CDT fosters peer-to-peer learning and supports networks across the student body (invaluable during the COVID19 pandemic).

Of those who have completed the programme to date, all have gained employment – 4 within the technology sector (Seagate, the National Physical Laboratory and Huawei) and 5 in post-doctoral positions (QUB, Imperial College London and Trinity College Dublin).

Find out more

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Research Support
Support and Facilities

At the School of Mathematics and Physics you will have access to our facilities and resources and, most importantly, our dedicated staff.

Students enjoy the benefits of modern practical laboratories, extensive computer facilities, and a programme for the development of personal skills, such as computation, information processing, problem solving and written and oral communication.


Research Culture and Seminars
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