A 14 MeV neutron flux
No operating facility produces a fusion‑relevant 14 MeV flux at scale — IFMIF was proposed and never built. HYPERION delivers it as a test environment the whole industry needs.
The test environment fusion is missing.
A fusion‑relevant 14 MeV flux is different from a fission‑reactor spectrum — and it is the environment required to qualify the materials, chips, and data the next generation of machines depends on.
No operating facility produces a fusion‑relevant 14 MeV flux at scale. Qualifying structural materials — RAFM steels, tungsten — for radiation damage is a bottleneck for the entire fusion industry.
Neutron‑induced soft errors in chips are increasingly critical for automotive, aerospace, and AI hardware — reliability qualification demands a real neutron source.
Isotopes made by neutron activation — feedstock for imaging, therapy, and industrial tracers.
Cross‑section measurement and transmutation research — the foundational data underpinning every reactor design.
The facility that was never built.
No dedicated high‑flux 14 MeV source in operation
There is no dedicated high‑flux 14 MeV materials‑test facility in operation anywhere. The internationally planned facility, IFMIF, was proposed but never built — leaving the entire fusion industry without the environment it needs to qualify hardware. HYPERION's neutron flux is that environment, delivered as a service.
A by‑product with its own market.
From the D–T flux
The 14 MeV neutrons are a by‑product of the D–T neutron flux (f_n ≈ 0.80) that also drives tritium breeding — delivered as a fusion‑relevant test environment rather than wasted.
At the demonstrated point
The flux exists at demonstrated confinement (Q 3.424) — the qualification service does not depend on any future performance gain.