Chinese Scientists Claim
Chinese Scientists Claim that it has created a beam weapon inspired by the Star Wars movie Death Star. Now those who have not seen the Star Wars movie, how will they know what kind of weapon it is? Let us tell you. The film shows how eight different laser beams are combined to form a beam. Then this ray is attacked by the enemy. This super-powerful ray destroys the entire planet. The Death Star that throws this ray destroys the entire Alderaan.
Chinese scientists claim to have developed a weapon that can combine several high-power electromagnetic beams to create a new type of microwave beam. This can be aimed at the enemy. There are machines for leaving the microwave. They are deployed on different types of vehicles.
Microwave emitters mounted on different vehicles
These vehicles emit powerful microwave rays from different locations. These beams are then combined with extremely high accuracy and synchronization. Then it is thrown towards the enemy. This technique is extremely difficult to manage because it is not an easy scientific process to control microwave rays and throw them toward the enemy. This is a millionth of a second.
Accuracy is the whole game, otherwise, the weapon is useless.
China’s Beidou satellite navigation system gives scientists an accurate positioning of 0.4 inches or one centimeter. But that’s not enough for a new weapon. To overcome this problem, China used laser-ranging auxiliary positioning devices. So that positioning can be obtained at the millimeter level.
The parts of the weapon are being connected with the help of fiber optics
The firing should occur at the 170th trillionth part of a second. That’s Rs 170 crore. Accuracy is so much more than the human mind. However, China has denied this. Because a simple computer at home can do any single processing cycle in 330 lakh crore parts of a second. To avoid this problem, Chinese scientists took the help of fiber optics.
Weapons will be prepared in the lab, it will be difficult to land at war
Microwave rays cannot be successful for long distances. Because they absorb moisture and dust. To get them somewhere in a straight line, their strength has to be increased. But in order to do that, we need very strong logistical support. A large and accurate device is required. China may have developed such a weapon in a controlled environment, but it will not be easy to put it on the battlefield.