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RESEARCH FIELD

Fusion Energy

Fusion energy research aims to replicate the stellar process of nuclear fusion on Earth, fusing hydrogen isotopes to produce abundant, low-carbon electricity. The construction of ITER in France represents the largest scientific collaboration in history, designed to demonstrate net energy gain from a tokamak. In parallel, private ventures like Commonwealth Fusion Systems are pursuing compact tokamaks using high-temperature superconducting magnets to accelerate the timeline to commercial fusion. In 2022 the National Ignition Facility achieved fusion ignition for the first time, a historic milestone for inertial confinement. Fusion energy could provide baseload power with minimal fuel supply chains and virtually no long-lived radioactive waste.

RESEARCHERS

24,000

AVG FUNDING

$2.1M

SUBFIELDS

5

TOP INSTITUTIONS

ITER Organization

MIT PSFC

EUROfusion Consortium

General Fusion

Commonwealth Fusion Systems

SUBFIELDS

Tokamak Physics Inertial Confinement Plasma Heating Tritium Breeding Superconducting Magnet Technology

KEY TECHNOLOGIES

High-Temperature Superconductors

Neutral Beam Injection

Pellet Fueling

Tungsten Plasma-Facing Components

NIF Ignition Lasers

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Searching 24,000 researchers in Fusion Energy...
Found 24,000 researchers across 5 top institutions
Avg funding: $2.1M | 5 subfields indexed

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