Mersenne
Mersenne is developing compact, long-duration atomic power systems based on nanoscale energy technology, targeting space and off-grid applications. Its flagship STARFALL 1 reactor is designed to produce critical radioisotopes for medical and industrial markets while validating the roadmap toward deployable power systems. The technology aims to provide years of continuous operation without refueling, with modules designed for end-of-life recycling or secure disposal.
- Energy
- Hardware
Funding
Founders
Founder details are not available yet.
Product
Problem
Humanity's expansion into space requires power sources that can endure extreme conditions such as the 354-hour lunar night, generate rocket fuel on Mars, and operate far beyond the range of solar or battery systems. Existing power technologies are too large, too short-lived, or insufficient for these demanding off-grid applications.
Solution
Mersenne is developing compact, long-duration atomic power systems based on nanoscale energy technology. The company's flagship product, STARFALL, is a terrestrial reactor designed to demonstrate atomic energy generation in a small, deployable form factor. STARFALL 1, the company's first reactor, is being engineered to produce critical radioisotopes for medical and industrial applications while validating the technical roadmap toward deployable power systems. The technology aims to provide years of continuous operation without refueling, with modules designed for end-of-life recycling or secure disposal.
Target Audience
Primary customers include space agencies and aerospace companies seeking long-duration off-grid power, as well as medical and industrial organizations requiring a reliable supply of critical radioisotopes.
Features
- Compact reactor design intended for deployment in diverse and remote environments
- Nanoscale atomic energy technology approach enabling form factors significantly smaller than conventional nuclear systems
- Long-duration continuous operation measured in years without requiring refueling
- End-of-life module return program for recycling or secure disposal
- Radioisotope production capabilities serving medical and industrial markets
- Technology roadmap targeting space applications including lunar surface power and Martian fuel generation