Culham Plasma Physics Summer School

A two-week introductory programme at UKAEA’s Culham Campus covering fundamental plasma physics and its applications.

Overview

The 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.

A group of students of the Culham Plasma Physics Summer School socialising.

The Culham Plasma Physics Summer School features:

  • an introduction to the basic principles of plasma physics through lectures by experts and problem-solving sessions
  • sessions on fusion plasmas, solar, space and astrophysical plasmas, laser plasmas, industrial applications, and data analysis
  • tours of fusion facilities like the Joint European Torus (JET) and the Mega Amp Spherical Tokamak (MAST) Upgrade
  • social events
  • opportunities for networking and detailed discussions with course lecturers

The course director is Dr Michael Fitzgerald and the co-ordinator is Andrew Wise. Lecturers are from the UKAEA, the Rutherford Appleton Laboratory (RAL) together with leading European universities – all renowned experts in their fields.

Who can attend?

The Culham Plasma Physics Summer School is aimed at Masters and early-career PhD students. Students must be over 18 and generally will be in their final year of undergraduate or first year of post graduate study. We assume no previous knowledge of the subject, but familiarity with electromagnetism and applied mathematics at first degree level will be helpful.

Location

The summer school is at Culham Campus, near Abingdon in Oxfordshire. Culham was set up in 1960 to provide a centre for research in plasma physics and nuclear fusion, with teams from Harwell and Aldermaston brought together under the leadership of Sir John Adams.

During this time, Culham quickly gained an international reputation for excellence, and fusion scientists from all over the world continue to work at Culham on many collaborative programmes. The design team for the Joint European Torus (JET) was sited at Culham in 1974. In 1977 it was decided that Culham would host the project, which is the world’s leading fusion experiment.

Culham is also the home of MAST Upgrade, one of the world’s largest projects researching the innovative spherical tokamak concept.

63rd Culham Plasma Physics Summer School – July 2026

We are working hard to bring you the full details of the 63rd Culham Plasma Physics Summer School from 13 July to 23 July 2026.

The 63rd Culham Plasma Physics Summer School

A two-week introductory programme at UKAEA’s Culham Campus covering fundamental plasma physics and its applications.

13 July to 23 July 2026

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.

Timetable

We are working on finalising the timetable for the 63rd Culham Plasma Physics Summer School. Here is the timetable for the 62nd Culham Plasma Physics Summer School in 2025 as an example.

The 62nd Culham Plasma Physics Summer School 2025

LecturerSessionLecturer organisation
Dr Michael FitzgeraldIntroductionUK Atomic Energy Authority
Sir Ian ChapmanWelcomeUK Atomic Energy Authority
Dr Mikhail GryaznevichHistory of FusionTokamak Energy
Dr Michael FitzgeraldSingle Particle MotionUK Atomic Energy Authority
Dr Ben McMillanPlasma Kinetic TheoryThe University of Warwick
Prof. Erik WagenaarsLow Temperature PlasmasUniversity of York
Dr Anantanarayanan “Chippy” ThyagarajaClassical TransportUK Atomic Energy Authority
Dr Daniele BrunettiMHD IUK Atomic Energy Authority
Dr Daniele BrunettiMHD IIUK Atomic Energy Authority
Dr Morten LennholmTokamaks 101: What is a tokamak?UK Atomic Energy Authority
Dr Ivan KonoplevWaves in cold plasmaUK Atomic Energy Authority
Dr Michael HardmanNeoclassical TransportUK Atomic Energy Authority
Dr Ivor CoffeyDiagnosticsUK Atomic Energy Authority
Prof. Tünde FülöpRunaway electronsChalmers University of Technology
Dr Jakob SvenssonConnecting Theory with ExperimentSeed eScience Research
Dr Colin RoachLandau DampingUK Atomic Energy Authority
Dr Colin RoachPlasma TurbulenceUK Atomic Energy Authority
Dr Ken McClementsPlasma InstabilitiesUK Atomic Energy Authority
Dr Fernanda RiminiTokamaks 201: How to Drive a TokamakUK Atomic Energy Authority
Dr Philippe JacquetHeating and Current DriveUK Atomic Energy Authority
Mr Joe DeaneIntroduction to JETUK Atomic Energy Authority
Dr Kate LancasterInertial Confinement FusionUniversity of York
Prof. Bob BinghamAstrophysical Plasma Physics and Particle Acceleration in PlasmasSTFC (RAL), University of Strathclyde, University of St Andrews
Dr Stuart ManglesLaser Wakefield AccelerationImperial College London
Dr Anantanarayanan “Chippy” ThyagarajaPlasma TransportUK Atomic Energy Authority
Dr William MorrisTokamaks 301: Future tokamaksUK Atomic Energy Authority
Dr Fulvio MilitelloPlasma Wall InteractionUK Atomic Energy Authority
Dr James HarrisonIntroduction to MAST UpgradeUK Atomic Energy Authority
Dr Fulvio MilitelloTokamak Edge PhysicsUK Atomic Energy Authority
Prof.Dr Stefaan  PoedtsSpace WeatherKU LEUVEN
Dr Sui Ann MaoCosmic Magnetic FieldsMax Planck Institute for Radio Astronomy
Dr Michael FitzgeraldBurning Plasma PhysicsUK Atomic Energy Authority

Contact us

If you have any questions about the next Culham Plasma Physics Summer School, contact us.