BMRT Claims Long-Range Nuclear Detection Breakthrough
Florida-based Base Molecular Resonance Technologies has unveiled its Generation 2 detection platform, claiming the ability to track nuclear signatures from hundreds of miles away. During a recent demonstration, the company reported tracking U-235 from Stuart, Florida, to a power plant in Texas, a distance of approximately 970 miles.
The company’s technology, which relies on proprietary resonance physics, successfully identified U-235 at the South Texas Project Electric Generating Station near Bay City, Texas. Military observers at the Florida site independently verified the line-of-bearing data, which pinpointed the facility across the Gulf of Mexico. This result represents a significant leap in range, exceeding the firm's previous documented performance by over 300 miles.
Beyond long-range tracking, the firm’s maritime testing indicates that water may act as a conduit rather than a barrier for their sensors. In offshore trials, the Generation 2 system detected nitrocellulose-based propellants submerged at depth and on floating objects with high precision. CEO Robert “Bo” Short stated that these results challenge long-standing assumptions about the ocean’s ability to provide concealment for strategic materials. The company is currently moving toward the development of a third-generation architecture, aiming to further enhance target discrimination and standoff distance in complex environments.
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