Where could your technology contribute?

How Europe’s fusion consortium connects experiments, foundational science, JET data, training and future plant design, with 2026–2027 priorities distinguished from completed results.

Stellarex emerged from Princeton research in 2022 and launched its Canadian development programme in 2025. Current company announcements identify Toronto as its headquarters. Its US research origin should therefore be distinguished from its current Canadian corporate and development base. It is a company translating research into machines and power-plant concepts, not a government laboratory.

Blue Laser Fusion (BLF), founded in 2022 by Shuji Nakamura and colleagues, is based in Santa Barbara, California, with operations in Japan. Its development concept connects lasers, optical energy storage, laser–target interaction and energy recovery in a reactor. Its current public technical material describes direct-drive inertial confinement: laser beams illuminate the fuel target directly.

How Germany’s IPP compares tokamaks and stellarators, develops plasma control, and connects experimental research with international machines and private developers.

US-based MIFTI Fusion develops a staged Z-pinch (SZP), a magneto-inertial approach in which current-driven compression of a surrounding liner heats and compresses the fuel. Its power supply and operating cycle differ from long-duration magnetic confinement.

SHINE is a fusion-technology company based in Wisconsin, founded by Greg Piefer in 2010. Its distinctive strategy is to use neutrons from fusion reactions for testing and medicine, gaining manufacturing and operating experience rather than waiting for a power station. Commercial fusion electricity is a long-term objective, not the same as its current services.

Fuse is a US company developing pulsed-power hardware and radiation-testing capabilities alongside its fusion-energy ambitions. Its initial business is therefore different from selling electricity from a fusion plant.

GEKKO XII, LFEX and FIREX explain ILE’s fast-ignition research, high-energy-density science and industrial connections.

Inertia Enterprises develops indirect-drive laser fusion, translating NIF knowledge into industrial lasers, low-cost targets and integrated plants. Simulated target gain is distinct from demonstrated electricity generation.

NIFS after LHD experiments: helical-research knowledge, shared facilities, computation, education and future-reactor collaboration.

How QST connects JT-60SA, Japan’s ITER contribution, LIPAc and Q-DEMO across plasma science and fusion engineering.

Longview Fusion Energy Systems develops indirect-drive laser fusion power plants, drawing on NIF experience. It plans to integrate lasers, targets, fuel cycles and power equipment; NIF ignition is not the company's electricity-generation achievement.