Le Lézard
Classified in: Health, Science and technology
Subjects: PDT, PSF

Groundbreaking Technology from Base Molecular Resonancetm Technologies Will Change Medical, Security, and Military Sectors with a Single Scan


STUART, Fla., Feb. 13, 2024 /PRNewswire/ -- A new molecular detection technology announced today by Base Molecular Resonancetm Technologies, LLC (BMRT) is poised to transform the fields of cancer diagnostics, public safety, law enforcement, security, and military services with a simple scan. This groundbreaking technology utilizes resonant frequencies to detect particle interactions at subatomic levels and can detect any substance based on its nuclear composition. So far, this is proven to include every element on the periodic table, including sensitive high-energy targets and up to 200 cancers and other diseases, with endless applications in nearly every industry.

Every molecular structure, from narcotics to gunpowder to cancer, emits a resonant frequency that is detectable using the company's revolutionary technology, according to BMRT CEO & Co-Founder Robert "Bo" Short. As a result, BMRT received a fully issued patent for this technology in November 2022, and the technology's accuracy has been confirmed by third-party double-blind studies.

"Utilizing a special transmitter and receiver, our device sends and receives frequencies specific to those materials being targeted," said Short. "This results in instantaneous detection of a specified element, compound, or biological substance, even at extended distances. We believe this discovery will have a dramatic impact on mankind, with the potential to save millions of lives, billions of dollars, and prevent untold pain and suffering."

BMRtm applications include medical uses like early detection screenings for cancers and other diseases that are often difficult to detect until later stages. "Early cancer detection can have an enormous impact on life-saving treatment protocols," said Short. "BMRtm can detect cancerous cells at extremely low levels long before there are clinical signs, and early enough to significantly impact patient outcomes."

With the ability to detect any substance at a subatomic level, BMR's impact extends far beyond healthcare into public safety, law enforcement, and even the frontlines of military service, where instantaneous detection at extended distances is of primary concern and can make a significant difference in the outcome of a potential threat. According to Lee Duke, BMRT President & Co-Founder, "BMRtm can detect elements of gunpowder encased in a .22 caliber bullet at a distance of 75 feet, the magazine clip of an AR-15 through multiple walls at great distances, alert troops entering new and unknown areas to the presence of IED and other explosives, as well as armed enemy combatants. This technology allows us to detect those substances instantaneously and with extreme accuracy," said Duke. "Early detection with BMRtm has the potential to identify would-be shooters before they enter a building, keep our troops safe no matter where they are located, and give law enforcement and military the information they need to save lives."

BMRT is currently negotiating agreements in the medical, security, and military sectors, and expects to launch devices into the marketplace within the next two years.

For more information on investment opportunities and participate in BMRT's growth, email [email protected].

About Base Molecular Resonancetm Technologies, LLC (BMRT)
BMRT has discovered a new area of Quantum Physics that utilizes resonant frequencies to detect particle interactions at subatomic levels. This technology, called Base Molecular Resonancetm (BMR), can detect any compound or biological substance, including every element on the periodic table, and up to 200 cancers and other diseases. With over 20 years of prototyping and testing proving its unmatched detection capabilities, BMRtm has the potential to save millions of lives by pinpointing weapons, explosives, and other physical threats close up or at great distances, and detecting cancers and other diseases long before they present clinical symptoms. The non-invasive, harmless, and instant scan has broad implications in cancer diagnostics, public safety, law enforcement, security, and military services.

For more information about BMRT and its groundbreaking technology, visit www.BMRT.io.

Media Contact:
Camille Dawson
[email protected]
315-323-7545

SOURCE Base Molecular Resonancetm Technologies, LLC (BMRT)


These press releases may also interest you

at 12:45
PAR Technology Corporation today announced that it will report its first quarter financial results on Thursday, May 9, 2024. The results are scheduled to be released at 7:30 a.m. ET, followed by an investor presentation and conference call at 9:00...

at 12:37
Maximizing patios and backyards is a top priority for homeowners, according to the latest survey from Better Homes & Gardens. With innovative ideas at the forefront of home design, new technology has emerged to elevate outdoor living spaces: aerMist...

at 12:36
Kedrion Biopharma Inc., an international biopharmaceutical company specializing in the research and development, production, and commercialization of plasma-derived therapeutic products used in treating rare and serious diseases, announced today that...

at 12:30
Ekinops (Euronext Paris - FR0011466069 ? EKI), a leading optical transport and network access specialist, today announced that Valo Networks will be deploying its Ekinops360 WDM transport platform to deliver rural broadband connectivity in Red Deer...

at 12:30
Bent Pixels, the world's largest gaming and lifestyle media platform proudly announces the addition of Chad Bowman to its esteemed team. With a distinguished career encompassing leadership roles at Barstool Sports, VICE, and CollegeHumor, Chad brings...

at 12:30
SONiC welcomes 10 new members, emphasizing its robust growing community of 4,250 contributors across 520+ organizations with 20% YOY contributor growthCommunity expands into edge networks through new enterprise edge workgroup to meet market demand...



News published on and distributed by: