National-Security Applications: A Map

A guide to how the breeder's neutron economy serves national security across isotope supply, detection, and materials and electronics testing.

How the pieces fit

The national-security value of the breeder comes from one 14 MeV neutron stream serving several missions. This page maps those missions and links to the detail behind each. All of it is public, conservative, and design-stage.

Strategic isotopes

Tritium in the 4 kg/yr class and helium-3 near 1.97 kg/yr give domestic production pathways for scarce strategic materials. See tritium as a strategic material and helium-3 as a strategic material.

Detection and testing

Helium-3 underpins efficient neutron detection; see helium-3 for detection. The 14 MeV stream also drives materials and electronics qualification; see neutron services and single-event effects.

• Isotope supply: tritium and helium-3 pathways
• Detection: helium-3 gas and counting techniques
• Testing: 14 MeV materials irradiation and SEE

Honest gate

Reading this repository

The pages linked here divide the national-security story into three service families, isotope supply, detection, and testing, but they share one origin: a single 14 MeV neutron economy from the breeder. Readers focused on supply security should start with the isotope pages; those focused on qualification with the neutron-service and single-event-effects pages. Every page holds to the same public, design-stage discipline, so the map and its destinations tell a consistent story. Whichever thread a reader follows, the destinations share one origin and one discipline, so the map and the pages it points to tell a single, consistent, design-stage story.

This page describes a design and simulation study, not a built machine. The breeder (Hyperion) begins construction Q2 2027; first-of-a-kind first tritium is targeted near 2030. No hardware net-gain is claimed before then.