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Industry detail

Fusion Energy

The field is shifting from isolated plasma records toward repeatable systems, fuel handling, and component qualification.

Prototype

Connected record

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Start with the system view, then open participants, progress signals, or source records only when needed.

Industry system

Connected view

Dependencies, demand, capabilities, companies, milestones, and evidence in one workspace.

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Prototype

Stage

Prototype

Companies

8

Milestones

4

Enabling stack

Global axes

Demand and adjacent markets

Core capabilities

Capability map

What has to work

The main technical capabilities that define progress in this industry.

High-field magnets

Prototype validated

Compact superconducting magnets improve confinement options.

Record-field demonstrations moved from lab hardware into reactor designs.

Plasma confinement

Prototype validated

Longer stable pulses narrow the engineering gap.

Experiments increasingly focus on repeatability and plant integration.

Fuel cycle

Scientific basis

Breeding and handling tritium remains an industrial bottleneck.

Blanket testing and supply-chain planning are now central design tasks.

Neutron materials

Scientific basis

Wall materials must tolerate high-energy neutron exposure.

Component qualification is shifting toward dedicated test facilities.