• Andrew Jackson

    Posted

    I completed a 5 year integrated Masters in Physics at the University of St. Andrews and a 1 year Masters in Fusion Energy at the University of York before entering...

  • Matthew Khan

    Posted

    Having completed the MSc in Fusion energy here at York, I will be working towards my PhD under the supervision of Prof. Nigel Woolsey. The focus of my work will...

  • Max Rigby

    Posted

    I completed my undergraduate degree in Physics at the University of Leeds, which included a year in industry working at TWI Ltd, a research engineering company specialising in bespoke manufacturing...

  • Fabio Federici

    Posted

    I am a Fusion CDT student working under the supervision of Prof. Bruce Lipschultz of University of York and Dr. Matthew Reinke of the Oak Ridge National Laboratory. In the...

  • Andrea Impagnatiello

    Posted

    My PhD has the title “Optimization of creep properties of irradiated vanadium alloys”. When I started to think what would I do after my second level degree in materials science...

  • Paul Barron

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    Having completed my MSci in Materials Science at the University of Cambridge, I am now studying for a PhD entitled, “The development of novel, low-activation alloys for fusion blanket applications”...

  • Gregory Smith

    Posted

    My name is Gregory Smith and I completed a Master of Physics undergraduate degree at the University of York in 2016. Now I am part of the fusion CDT programme...

  • Joe Allen

    Posted

    I am a PhD student in the SAMI research group, supervised by Dr Roddy Vann. My research project title is “Microwave imaging of the tokamak plasma edge”, specifically focusing on...

  • Caroline Lumsdon

    Posted

    I am a PhD student based at the York Plasma Institute, supervised by Dr. Andrew Higginbotham, focussing on x-ray diffraction at the high pressures found in Inertial Confinement Fusion experiments...

  • Daniel Celis Garza

    Posted

    The plastic deformation of materials is generally governed by the generation and motion of dislocations through the crystal lattice. Microstructural features such as grain boundaries, precipitates and inclusions impede the...