King Solomon
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Not even the tiniest of particles will be able to escape the new super-sensitive explosive detecting device created by Russian scientists. Its laser sensor can pick up on a single molecule in a million from up to 50 meters away.
The device was developed over a period of five years by the Siberian branch of the countrys Academy of Sciences. It will undergo full testing this summer and is expected to be put to use by Russian intelligence later this year.
The main challenge for scientists was to create a laser that would only interact with specific particles present in the air, thus allowing it to wheedle out traces of explosives. In addition, the device is not affected by changes in heat and humidity in the surrounding atmosphere.
When the laser scans objects and recognizes particles of incendiary material, its creators maintain it is even able to detect traces of explosives left by fingerprints.
A mounted camera on the device transmits images of the source of the explosive material, so that the user can control the lasers movements from a different room.
The contraptions inventors are currently working on an extension of this function that will create a three-dimensional image of the target.
It is totally safe to use, emitting less radiation than a cellphone.
In our opinion it is the most effective device in the world for the remote detection of all known explosive substances like hexogen, octagon and trinitrotoluene. It can also pick up home-made explosive materials often used by terrorists, said Aleksandr Vorozhtsov, deputy director of the Institute of Chemical and Energy Technology to Russias Channel One.
The laser is invisible to the naked eye, making it possible to scan a potential terrorist without alerting him or giving him time to activate an explosive, said Vladimir Yakubov, Chair of Research Radiophysics at Tomsk State University.
The new invention has a myriad of applications, and scientists are currently working on a second, more portable version for possible use in airports, stations and even in the underground.
In its current form, the machine consists of several parts and materials must be brought to a lab to be analyzed.
The device was developed over a period of five years by the Siberian branch of the countrys Academy of Sciences. It will undergo full testing this summer and is expected to be put to use by Russian intelligence later this year.
The main challenge for scientists was to create a laser that would only interact with specific particles present in the air, thus allowing it to wheedle out traces of explosives. In addition, the device is not affected by changes in heat and humidity in the surrounding atmosphere.
When the laser scans objects and recognizes particles of incendiary material, its creators maintain it is even able to detect traces of explosives left by fingerprints.
A mounted camera on the device transmits images of the source of the explosive material, so that the user can control the lasers movements from a different room.
The contraptions inventors are currently working on an extension of this function that will create a three-dimensional image of the target.
It is totally safe to use, emitting less radiation than a cellphone.
In our opinion it is the most effective device in the world for the remote detection of all known explosive substances like hexogen, octagon and trinitrotoluene. It can also pick up home-made explosive materials often used by terrorists, said Aleksandr Vorozhtsov, deputy director of the Institute of Chemical and Energy Technology to Russias Channel One.
The laser is invisible to the naked eye, making it possible to scan a potential terrorist without alerting him or giving him time to activate an explosive, said Vladimir Yakubov, Chair of Research Radiophysics at Tomsk State University.
The new invention has a myriad of applications, and scientists are currently working on a second, more portable version for possible use in airports, stations and even in the underground.
In its current form, the machine consists of several parts and materials must be brought to a lab to be analyzed.
