Completed Physics & Astronomy Clean Energy

Institute for Plasma Science, Technology and Fusion Energy

In plain English

AI plain-English summary

The University of York is building a new institute that brings together three strands of plasma research—laser-plasma interactions, fusion energy, and technological plasmas—under one roof, alongside three new academic appointments and a £500 million expansion of the university’s campus. Plasmas—ionised gases that conduct electricity—are central to two major challenges: generating clean energy through nuclear fusion, and improving industrial processes such as semiconductor manufacturing, materials coating, and waste treatment. Currently, these research areas often operate in isolation, missing opportunities for cross-fertilisation. The new Institute for Plasma Science, Technology and Fusion aims to close that gap by integrating fundamental plasma physics with applied engineering. If successful, the institute will accelerate progress toward commercial fusion energy—a multi-billion pound international effort—while also making plasma technologies more accessible to UK industry. The co-location of companies alongside university researchers is designed to turn academic insights into practical manufacturing improvements, from more efficient etching of computer chips to better surface treatments for medical implants. The institute also positions the UK to train the next generation of plasma scientists and engineers, ensuring the country can compete in a field that underpins both energy security and high-tech manufacturing.

View original technical description
The Plasma Physics and Fusion Group in the Physics Department at the University of York has an international reputation for its research into fusion energy and laser-plasma interactions/high energy density physics. We propose to expand this activity (with three new academic appointments) to include technological applications of plasmas, which will bring both scientific and strategic benefits. Scientifically, we will be well-placed to exploit the synergies between our existing research activities and technological plasmas. Strategically, technological plasmas are of direct interest to industry so the proposed expansion provides a closer relationship with a range of industrial partners, benefiting the new research activity and helping industry engage with the multi-billion pound international fusion programme. A strength of our proposal is that the three research activities (laser-plasma interactions, fusion energy and technological plasmas) will be integrated into a single Institute for Plasma Science, Technology and Fusion, in a purpose-designed institute, to create a flagship centre for plasma research, training and exploitation in the UK.The creation of the Institute is particularly timely as it coincides with a 500M expansion of the University's activities. This expansion provides an innovative infrastructure that enables companies and other external organisations to co-locate alongside University Departments to ensure maximum impact from teaching and research, as well as providing new opportunities for identifying commercially relevant projects and collaborative funding opportunities.

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Researchers

Greg Tallents (Co-Investigator)Howard Wilson (Principal Investigator)Kieran Gibson (Co-Investigator)

Related Research

Grants with similar aims, by meaning.

A New UK Fusion Plasma Physics Programme at Warwick University
Fusion Doctoral Training Network
EPSRC Centre for Doctoral Training in the Science and Technology of Fusion Energy
EPSRC Centre for Doctoral Training in Fusion Energy Science and Technology
Queen's University Belfast Plasma Physics

Original classification

Research Grant

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