Next-gen radiation
resistant materials
for space & nuclear

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Background

Lack of High Quality Radhard Materials

Current radhard materials are inefficient and limited in capabilities, and massively degrade over time

Why is this important?

From advanced computing in space to building nuclear fusion technology, frontier advancements are impossible if higher quality radhard materials are not developed

The Solution

N-ERGY is building the autonomous factory that will design & supply next-gen radiation resistant materials for nuclear & space applications

Idaho National Laboratory's Advanced Test Reactor
N-ERGY has created something
that has never existed before

Current Approach

N-ERGY's Approach

Process
Massively human driven
Autonomous factory utilizing robots, machine learning & AI
Speed
Manually test 1 material candidate / 5 years
Mass develop & mass test 200,000 materials / 5 years
Cost
$300k to test 1 material
$300k to test 40,000 materials
Testing
2 year waiting period to test within a nuclear reactor
Service contract to use mass testing facility within MIT's nuclear reactor
Outcome
No next-gen materials
Higher quality materials than anything that has previously existed
Who we’re building for
Communications Sector
Space Sector
Energy Sector
Defense Sector
Medical Sector
The ITER Fusion Device in France
Our Mission

Unlocking the future through revolutionary materials

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