If you have a secret desire to see through the walls, what’s happening inside, you have pleasant news that your desire is no longer to be a distant dream any more. A huge advancement made once again by the scientists after investing their tireless efforts that have been fruitfully resulted in the form of a new technology which will help you see through the thick walls. The great landmark in the technology world have been created by the two innovative scientists, MIT’s Lincoln Lab researchers Gregory Charvat and John Peabody whose creativity can now enable you to look through the walls to the things or activities taking place on other side.
The device with an antenna comprising of an array arranged in two rows is consisting of eight elements at the top followed by thirteen elements for transmitting and certain computing equipment that entirely heaped into a movable cart. This advanced technology will be of highly friendly for many military operations if made available specifically "urban combat situations", says Charvat, project leader to a Lincoln Lab statement.
This technology stood constant with the intended result after testing for several times through solid, eight-inch-thick concrete walls. Initially, the function of the radar remained as usual like any other and waves with certain frequency emitted by transmitters remained towards the target. It was found that every time the walls being hit by waves the concrete got blocked more than 99 percent got through; it looks some efforts are still to be invested signifying it as the half battle.
This technology stood constant with the intended result after testing for several times through solid, eight-inch-thick concrete walls. Initially, the function of the radar remained as usual like any other and waves with certain frequency emitted by transmitters remained towards the target. It was found that every time the walls being hit by waves the concrete got blocked more than 99 percent got through; it looks some efforts are still to be invested signifying it as the half battle.
Getting the bounce by waves from any targets, they have to get through the wall in order to reach the receivers of the radar. The moment receivers of radar get hit, the signal becomes 0.0025 after reduction in certain quantity.
However, as per the Charvat the loss of signal from the wall is not at all the greater challenge.
"[Signal] amplifiers are cheap," he says. The main challenge lies in obtaining speed, resolution and range which are must to get it fully operational in real time. "If you're in a high-risk combat situation, you don't want one image every 20 minutes, and you don't want to have to stand right next to a potentially dangerous building," Charvat further adds.
However, as per the Charvat the loss of signal from the wall is not at all the greater challenge.
"[Signal] amplifiers are cheap," he says. The main challenge lies in obtaining speed, resolution and range which are must to get it fully operational in real time. "If you're in a high-risk combat situation, you don't want one image every 20 minutes, and you don't want to have to stand right next to a potentially dangerous building," Charvat further adds.
In this 21st century it will be a historical landmark if it becomes truly operational; its
beneficiaries must be the military communities as they will get this technology more helpful in fighting battles. Gregory Charvat and John Peabody must be complimented for their great revolutionary invention.
beneficiaries must be the military communities as they will get this technology more helpful in fighting battles. Gregory Charvat and John Peabody must be complimented for their great revolutionary invention.
