Base Molecular Resonance™ Technologies ("BMRT"), a 2026 Edison Awards Nominee and developer of advanced molecular ...
DetectaChem, the global leader in handheld explosive and drug threat detection technology, is providing extensive support and training to New York City law enforcement and counter-terrorism teams to ...
The threat posed to commercial aviation by small, concealed explosive devices is particularly severe since they are difficult to detect using current techniques and can readily cause tremendous ...
Detection of explosives involves collecting a sample, processing the sample, and ultimately deciding whether explosives are present or not. In order to provide a common vocabulary for subsequent ...
Surface-Enhanced Raman Scattering (SERS) exploits the amplification of Raman signals by plasmonic nanostructures to identify trace amounts of explosive compounds with high specificity and sensitivity.
In modern devices, such as phone screens or advanced sensors, light is often generated by pairs of organic molecules, where one molecule, known as the donor, transmits electrons, and the other, ...
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How honey bees are trained to detect explosives
Honey bees are not just pollinators. In controlled laboratory settings, researchers have trained them to respond to the scent of explosive materials, turning the insects into highly sensitive ...
Drones are no longer just a physical threat — parked on a nearby rooftop, they can facilitate cyberattacks and steal corporate secrets without ever entering a building. Effective drone detection ...
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India floats Rs 290 crore tender for next-generation mine detectors to counter non-metallic explosives
The Ministry of Defence has issued a Rs 290 crore tender to procure 386 dual-technology mine detectors capable of identifying ...
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