#United States #Stuart #Base Molecular Resonance #BMRT #detection technology

Base Molecular Resonance Technologies Achieves Remarkable Milestone

Base Molecular Resonance™ Technologies (BMRT) announced a groundbreaking achievement with the successful completion of a rigorous multi-day testing series, supported by the U.S. Department of War. This set of tests validated their advanced molecular resonance detection technology through an extensive suite of complex trials, refining their identity as industry leaders in sensor technology.

The Testing Process

The tests were structured and monitored by a University Affiliated Research Center (UARC), working on behalf of the U.S. Government. The testing environment was co-designed with material experts from the U.S. Government, ensuring that all results were meticulously supervised for integrity and transparency. Conducted at one of the nation's premier testing facilities, this evaluation showcased not just the technology’s ability, but also its reliability in critical applications.

Revolutionary Detection Capabilities

Charles M. Duke, a retired U.S. Air Force Brigadier General and former NASA astronaut who famously walked on the Moon, praised BMRT's technology during his observations: "What BMRT demonstrated in these tests belongs in the category of technologies that fundamentally change what our nation is capable of." This endorsement highlights the technology's potential impact on national security and military operations.

Throughout several controlled scenarios, BMRT's system was tested under conditions specifically designed to challenge existing detection capabilities. Among the notable achievements:

• - Mobile and Shielded Detection: The technology was able to detect unique target materials concealed within specially shielded vessels, even when transported on a moving vehicle.
• - Deep Underground Penetration: In one of the most challenging assessments, BMRT located a small quantity of target material situated five stories underground within a fortified structure. This exemplifies its exceptional capacity for underground and shield-penetrating detection without direct line-of-sight visibility.
• - Ultra Long-Range Detection: The technology showcased its prowess in tracking two distinct materials at varying distances: 1km, 5km, 10km, 15km, and up to 20km. Impressively, BMRT recorded a 100% accuracy rate, establishing precise bearing lines to each target throughout the process—an historic achievement unmatched by any previous detection technologies under similar stringent conditions.

Professional Affirmation

An onsite participant overseeing the tests commented, "What we witnessed this week was a revolutionary leap forward in sensor technology. It was historic." These affirmations lend credibility to BMRT’s claims and underline the importance of their advances in detection physics.

A New Era for National Security

BMRT’s Co-Founder and CEO, Robert "Bo" Short, expressed pride in the team’s collaboration with U.S. Government entities, stating, "What we demonstrated represents a transformational leap in how the United States can identify and locate materials central to national security." Lee Duke, Co-Founder and President, further emphasized that their results exceed what was considered achievable within the current frameworks of detection physics.

This significant success also paves the way for discussions about advanced follow-on efforts and enhancements of next-generation systems, with applications set to redefine military and national security operations.

BMRT operates at the forefront of technology, having identified groundbreaking advancements in quantum physics that leverage resonant frequencies for subatomic detection of various biological and chemical compounds, including diseases and threats. With over 20 years of committed prototyping and substantial testing behind them, BMRT remains a beacon for potential life-saving applications, capable of identifying weapons and diseases long before conventional symptoms arise.

Conclusion

In summary, Base Molecular Resonance Technologies has set a new standard in detection capabilities through their latest advancements. The recognition and success achieved during these government-sponsored tests underscore their vital role in enhancing national security protocols and their commitment to pioneering innovative solutions for public safety, law enforcement, and military applications.