Where could your technology contribute?

Can fusion walls withstand heat and particles? Explore DIFFER’s Magnum-PSI, ion-beam facilities, materials modelling and role within NWO-I.

Helicity Space is a US fusion-propulsion developer, founded in 2018 according to investor Urania. Its pulsed-plasma Helicity Drive concept faces different requirements from companies targeting electricity sales to terrestrial grids. Investor assessments and predicted journey times are not flight-demonstrated performance.

From COMPASS to COMPASS-U: Czech IPP’s research history, high-field tokamak design and STEAM heat-exhaust tests, with results distinguished from design goals.

Explore ENEA’s Frascati heritage, its distinct relationship with the DTT Consortium, and work on plasma physics, materials, fuel, neutron testing and industrial supply chains.

Thea Energy develops planar-coil stellarators with individually controlled magnets. Explore Canis testing, Eos development and the Helios plant concept, including the engineering gaps between them.

Distinguish UKAEA, UK Fusion Energy and STEP, and explore how plasma exhaust, fuel, materials, robotics and JET decommissioning contribute to future fusion plants.

Understand IRFM’s place within CEA, what WEST’s 1,337-second discharge and 2026 H-mode result establish, and how wall, heat-exhaust and control research supports ITER.

Explore EPFL SPC’s TCV plasma-shaping and control research, SULTAN/EDIPO conductor tests, institutional history and role in European fusion collaboration.

GenF is a Thales-related company based in Le Barp in south-western France. It aims to take laser inertial fusion from research toward industrial reactors. CEA’s CESTA and Laser Mégajoule are nearby, with CELIA part of the regional research environment. Access to such expertise is not evidence that GenF has completed a power reactor; public laboratories and companies have different roles.

Understand F4E’s role in ITER delivery, EU–Japan Broader Approach projects and IFMIF-DONES, and how fusion research becomes industrial engineering.

Understand Euratom as a treaty-based community, its role in ITER, the distinct work of F4E and EUROfusion, and the scope of 2026–2027 research funding.

Xcimer Energy combines KrF lasers and a liquid-wall fusion concept. Explore the Phoenix laser prototype and the distinct future stages Anvil, Vulcan and Athena.