Experimental fusion research
A different route to fusion.
HOPE studies how magnetic fields stabilize and compress high-current plasma beams, and whether multiple beams can converge under controlled conditions for fusion experiments.
Research index / 研究索引
Start with the physics. Follow the evidence.
Explore the research, from published experiments and theoretical concepts to internal measurements and inferred results.
The physical idea
Explore magnetic stabilization, spiral-pinch confinement, and the proposed convergence of multiple plasma beams.
↗02 · ResearchThe experimental evidence
Examine published plasma-beam experiments and subsequent D-D neutron measurements reported by HOPE.
↗03 · RecordPapers & IP
Read the publications and patent records behind the research program.
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Experimental progression
From high-density plasma to neutron-producing experiments.
Published work reports stabilized high-current plasma beams with density on the order of 10²³ particles/m³. HOPE subsequently reported D-D neutron measurements from its third-generation apparatus and repeated neutron-producing experiments in 2026.
Inspect the measurements →