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About UKAEA
- About UKAEA
  Our fusion energy mission, strategies, impact and governance – and how to join us.
- Case studies
  Read case studies of our work advancing fusion energy technology.
- Governance
  Details about our governance.
- Our history
  Our place in the history of fusion energy.
- Our impact
  What we are aiming for and how we are performing.
- Our mission
  Our fusion energy mission and strategies for achieving it.
- Publications
  Our publications and access to our public data.
- Visit UKAEA
  Learn about open events and educational visits to our fusion energy facilities.
- Work for UKAEA
  How to find a job with UKAEA.
- Working with UKAEA: Commercial opportunities
  How organisations can work with UKAEA.
Our expertise
- Our expertise
  Our technical capabilities in engineering, robotics, plasmas, computing and materials.
- Computing
  Accelerating fusion energy research via modelling, engineering design, materials analysis, and data processing.
- Decommissioning
  Completing JET’s life cycle and setting a roadmap for future fusion machines.
- Engineering
  Enabling the journey to sustainable fusion energy by solving complex challenges and building the systems that make fusion possible.
- Tritium
  World’s leading research organisation related to tritium and hydrogen science.
- Materials
  Providing key capabilities and expertise for the development of materials for the fusion energy industry.
- Plasmas
  Exploring the behaviour of plasma – the hot gas that powers fusion reactions.
- Robotics
  Developing robotics for fusion power plants and other extreme environments.
- Technology
  Developing a qualified suite of all the technologies needed to realise fusion power plants.
Our work
- Our work
  Major programmes and projects advancing fusion energy development.
- FOSTER
  Fusion Opportunities in Skills, Training, Education and Research.
- Fusion Futures
  World-leading innovation stimulating industry capacity.
- JET Decommissioning and Repurposing
  Repurposing and decommissioning the Joint European Torus (JET).
- LIBRTI
  The Lithium Breeding Tritium Innovation Programme.
- MAST Upgrade
  The world’s largest operational spherical tokamak.
- RAICo: Robotics and AI Collaboration
  Solving decommissioning and fusion engineering challenges by accelerating deployment of robotics and AI.
- NEURONE: NEUtron iRradiatiOn of advaNced stEels
  Developing and delivering an industrially scalable fusion-grade advanced steel.
- STEP Fusion: Spherical Tokamak for Energy Production
  Bringing government and industry together to develop fusion energy, scale it, and then deliver it at pace.
- Collaborative Robotics Research
  Pioneering robotics innovation through close collaboration with academic partners.
- UKAEA-Eni H3AT Tritium Loop Facility
  A ground-breaking collaboration to develop skills and technologies for managing tritium within future fusion power plants.
Services
- Services
  Access specialist facilities, software tools and laboratory services for fusion research.
- Facilities and equipment
  Facilities and equipment we have available for research.
- Laboratory services
  Laboratory services we have available.
- Software
  Software developed by UKAEA and available for research.
- Training
  Training courses to develop people and their skills to work in the fusion energy industry.
Fusion energy
- Fusion energy
  Understand fusion from basic principles to advanced concepts.
- Why we need fusion energy
  Fusion promises to be a safe, low carbon and sustainable part of the world’s future energy supply.
- How fusion works
  Fusing hydrogen nuclei to make helium releases huge amounts of energy.
- Fusion energy questions
  Our answers to fusion energy questions we are often asked.
- The tokamak
  We are researching the tokamak – the most successful fusion concept yet developed.
- Fusion energy in brief
  Get a brief overview of fusion energy, why we need it and how it works.
- Teach fusion energy
  Free classroom resources to help teach fusion energy.
Innovation
- Innovation
  Explore spinouts, patents, funding opportunities, and partnerships driving fusion innovation.
- Our approach to innovation
  Learn about our approach to innovation as a core strategic capability.
- Collaboration
  Learn how to collaborate with us to maximise impact.

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The Starry Night (1889) by Vincent van Gogh. The pattern of light and dark in this image has been shown to closely follow the mathematical structure of turbulent flow.

63rd Culham Plasma Physics Summer School

13 July 8:00 am to 23 July 5:00 pm

Culham Campus Abingdon

The 63rd Culham Plasma Physics Summer School is a two-week introductory programme at UKAEA’s Culham Campus. It covers fundamental plasma physics and its applications, including fusion, astrophysics and low-temperature plasmas.

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UKAEA Fusion Energy

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UK Industrial Fusion Solutions
STEP Fusion
UKAEA Scientific publications
UKAEA Open data
The Fusion Cluster
Robotics and AI Collaboration (RAICo)
Oxford Advanced Skills
Culham Campus

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