IRFM Thesis Topics 2027

If you are interested in a topic or would simply like more information, please send an email to the advisor. An M2 internship is generally required, and funding should be discussed with the advisor.

Thesis Topics for 2027

IRFM Supervising TeamCollaborationTitlePhone: 33 (0)4 42 25
Nina Schwarz,
Yann Corre (Dir.)
ITER, EUROfusionImpact of Transient Thermal Shocks (Disruptions) on Plasma-Facing Components (Tungsten)nina.schwarz31 88
Marie-Hélène AumeunierLaplace Toulouse,
IUSTI amU
Monte Carlo coupling and differentiable inversion for the reconstruction of heat fluxes in extreme environmentsmarie-helene.aumeunier48.34
Alan DurifSIMAP Grenoble,
CEA-LCIT
DEMON Li: Heat Exhaust Capabilities—DEMONstration of a Liquid Metal Thin Film under Relevant WEST Magnetic Conditionsalan.durif33.76
Mickaël Payet,
Elodie Bernard (Dir.)
Behavior of tritium in materials exposed to plasma in the presence of deuterium/protiummickael.payet30.39
Floriane Leblond,
Elodie Bernard (Advisor)
F. Martin
(CEA, DES/ISAS)
Study of Hydrogen Isotope Retention on the Surface and Subsurface of 316L Steelfloriane.leblond38.23
Erwan GrelierJ. Marot
(Fresnel amU, Dir.)
Protection of the First Wall of Tokamaks Through Anomaly Detection: From the WEST Tokamak to ITERerwan.grelier61.67
Nicolas Rivals,
Jamie Gunn (Dir.)
Impact of non-Maxwellian electron velocity distributions in the scrape-off layer on Langmuir probe measurements and their interpretation in LHCD-heated and ELMy H-mode plasmas in WESTnicolas.rivals79.02
Kevin Obrejan,
Loïc Schiesko (Dir.)
E. Carbone
(INRS, Canada)
Theoretical and Numerical Study of the Magnetized Plasma-Wall Interaction: Application to Energy Deposition in WEST’s PFCskevin.obrejan47.38
Pierre Forestier-Colleoni,
Sébastien Hacquin (Advisor)
Impact of a non-Maxwellian electron distribution function on X-ray emissions from the WEST plasma and extraction of Te profiles and the fraction of supra-thermal electronspierre.forestier-colleoni63.46
Laurent Colas,
Julien Hillairet
G. Urbanczyk (IJL), V. Maquet (ERM/KMS)FCI traveling-wave antennas (TWA) in the presence of a magnetized plasmalaurent.colas65.32
Guilhem Dif-Pradalier (Dir.), Yanick SarazinIMT Toulouse,
PIIM amU
Self-heating Meets Turbulence: Nonlinear Feedback Loops in Burning Fusion Plasmasguilhem.dif-pradalier47.74
Philipp Krah,
Virginie Grandgirard
(Co-advisor)
E. Franck
(INRIA, Director)
Data Assimilation in Plasma Fusion Devices Using Lagrangian PINNsphilipp.krah46.05
Roland Sabot (Dir.)
Yassir Moudden, Christian Jammes
J. Monclard
(Metraware)
Direct Synthesis of Microwave Signals: Applications to Reflectometry and Telecommunicationsroland.sabot61.63
Sébastien HacquinF. da Silva
(IST Lisbon)
A Synthetic Diagnosis of Rapid Reflectometry for Interpreting Turbulence Measurements in Fusion Plasmassebastien.hacquin45.64
Peter DonnelM. Muraglia
(PIIM amU, Dir.),
MP-IPP, EPFL-SPC
Multi-scale and Gyrokinetic Modeling of Magnetic Island Control in Turbulent Hot Magnetized Plasmaspeter.donnel73.19
Eric Nardon (Dir.)
Nina Schwarz
Study of the ‘Global Reconnection Event’ during disruptionseric.nardon46.97
Patrick Tamain (Dir.)Impurity turbulent transport in the edge plasma of tokamaks and its impact on seeded dissipative regimes (including XPR)patrick.tamain26.16
Patrick Tamain,
Hugo Bufferand
Finite beta effects and phase transitions in edge plasma turbulence and their role in the formation of improved confinement regimespatrick.tamain26.16
Guido Ciraolo (Dir.),
Philippe Moreau
Density limit in magnetic fusion plasma: theoretical and experimental study on the WEST tokamakguido.ciraolo49.50
Laurent MercadierMP-Heidelberg, LP3 amU, SRON LeidenElectron Beam Ion Trap measurements of highly charged impurities for a better interpretation of fusion plasma extreme UV spectroscopylaurent.mercadier43.89

Most of the 2027 doctoral theses will be preceded by an internship during 2026. Not all topics have been finalized yet; please feel free to consult the list of thesis topics and contact the supervisor if a topic interests you to find out if an internship is scheduled.

For archives and information, click here to find thesis opportunities from previous years: