The LiDAR or laser radars can be the next-generation system in AI and communication. LiDAR is a radar that works in optical areas. LiDAR can turn into a laser weapon simply by adjusting its power and the area of the laser beam. So the next-generation radar stations can use radar and LiDAR combination for detecting and intercepting hostile targets.
Laser communication and quantum computing offer ultra-secured data transmission ability, the LiDAR can send information as qubits. If information travels in the laser ray, that travels inside the hollow laser ray stealing it is very hard or impossible. If somebody wants to steal information that affects the energy level of the outer laser ray. The long-range qubit-based communication can base on the CCD camera or compound eye. This kind of system requires extreme accuracy that they can operate.
The idea is that the laser illuminates a certain number of squares in the receiver. The number of those illuminated squares is part of the key, the receiver can open those messages. Or lasers can send information separately to each of those receiving squares. In that case, the brightness of each laser beam is a certain level of qubit.
"For AI to reach its full potential as a powerful helper in all our tasks, the system that needs to outshine others is one few know about – LiDAR"
The model of CCD-qubit.
This kind of secured data transmission is needed when manned aircraft communicate with their escort drones.
The thing that makes laser radars potential systems also for communication is that LiDAR technology can connect communication and observing tools. So LiDAR systems can use as "cameras" of the vehicles and the same system can communicate with other vehicles and equipment. The LiDAR is a laser scanner. The system operates as regular radar that uses radio waves. But LiDAR is more versatile than radar sensors. The LiDAR systems can observe pollution and other chemical compounds from the air or other layers.
The LiDAR systems can also installed in small-size drones there they can also communicate and scan the landscape and make spectroscopic analyses and give warnings about chemical weapons. LiDAR system is similar to radar. There are active LiDARs in which laser transmitter and receiving sensors are in the same unit. Or semi-active LiDARs where the laser transmitter illuminates targets, and the receivers are in other platforms.
In semi-active LiDARs, the outside system illuminates objects by using a laser ray. And the aircraft or some other system can detect the echo or shine that comes from the object.
Many people are heard semi-active radars, or SAR radars in the cases of missiles where the aircraft's radar must illuminate the object while the missile travels into it. The semi-active homing missiles use only echo from the target. But also aircraft can use this technology. The ground-based radar station can illuminate the target. And the aircraft can receive that echo with their passive sensors. The ground station can use both radars and LiDARs to detect intercepting targets. And the LiDAR system can turn into a laser weapon simply by adjusting its power.
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