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University of Warwick, Department of Physics PhD Projects, Programmes & Scholarships
We have 20 University of Warwick, Department of Physics PhD Projects, Programmes & Scholarships
We have 20 University of Warwick, Department of Physics PhD Projects, Programmes & Scholarships
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Modelling of radiation damage in diamond
The modelling of radiation damage in diamond and other crystalline materials is inherently a multiscale problem with a range of processes occurring over multiple different length (e.g., atomic to mm) and time scales (e.g., < fs to >103 s). Read more
Levitating Quantum Diamonds
Single nitrogen-vacancy (NV-) centres in diamond have isolated electronic and nuclear spins which can store quantum information at room temperature for over one second. Read more
Ultimate neutrino flux optimisation and design of next-generation neutrino experiments in nuSTORM
Supervisors. Dr. Stefania Ricciardi (RAL, PPD) and Dr. Xianguo Lu (Warwick). The Neutrinos from Stored Muons (nuSTORM) facility will provide a neutrino beam from the decays of muons confined in a storage ring with tunable momentum (1-6 GeV/c). Read more
Forecasting radiation for the Lunar Gateway space station
Supervisor. Dr R. T. Desai (enquiries. ravindra.desai@warwick.ac.uk. ); Professor T. D. Arber. www.warwick.ac.uk/go/cfsa/people/desai. Read more
Fast ions and turbulence in fusion plasmas
Supervisor. B.F. McMillan, CFSA, Department of Physics, University of Warwick. The background fields in tokamak reactors provide excellent confinement of plasmas at extreme temperatures, but by perturbing the shape of these fields, and inducing electric field structures, the plasma can still find a way to escape. Read more
2D Quantum Straintronics
2D Quantum Straintronics. Project supervisors. Professor Neil Wilson (. neil.wilson@warwick.ac.uk. ). Dr Cephise Cacho (. cephise.cacho@diamond.ac.uk. Read more
Unravelling the Giant Piezoelectric Effect in ferroics under in situ external stimuli using Diffuse Multiple Scattering
Unravelling the Giant Piezoelectric Effect in ferroics under in situ external stimuli using Diffuse Multiple Scattering. Full project details. Read more
Quantum physics and technologies of germanium low-dimensional structures
Quantum physics and technologies of germanium low-dimensional structures. Supervisor. Dr Maksym Myronov, Department of Physics, The University of Warwick, UK. Read more
Quantifying space weather turbulence and extremes and risk at earth
Supervisor S. C. Chapman S.C.Chapman@warwick.ac.uk. www.warwick.ac.uk/go/cfsa/people/sandrac. Read more
Network science quantification of space weather at earth
Research at the Centre for Fusion, Space and Astrophysics (CFSA) focuses on plasma physics applied to the grand challenges of fusion power, space physics, solar physics, and astrophysics. Read more
Ferroelectric field effect transistors for next generation non-volatile memories and cognitive computing
Perovskite oxides are a family of materials that display an incredible diversity of physical phenomena including high-temperature superconductivity, colossal magnetoresistance, magnetism, ferroelectricity, etc. Read more
Electronic Structure & Photochemistry of Molecular Iron(III)-oxo Clusters
PhD project. Electronic Structure & Photochemistry of Molecular Iron(III)-oxo Clusters. Supervisors. Prof. Nicholas Hine & Dr. Sebastian Pike. Read more
Unconventional Superconductors
Department of Physics (www2.warwick.ac.uk/fac/sci/physics). University of Warwick (www2.warwick.ac.uk). Superconductivity and Magnetism Groups (go.warwick.ac.uk/supermag). Read more
Quantum materials at the interface of mobile electrons and frustrated magnetism studied using high magnetic elds
In magnetically frustrated materials it is not possible to satisfy all magnetic interactions simultaneously. They are the subject of a great deal of current research, because they may be home to a so-called quantum spin liquid. Read more
Highly frustrated magnetic materials by neutron scattering
The goal of the project is to experimentally investigate the low-temperatures properties of several highly frustrated magnets using various neutron scattering methods. Read more
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