Humanity no longer fears electromagnetic interference! According to the official WeChat account of Northwestern Polytechnical University (NPU) in China, NPU has developed a new communication mode for drone swarms. The groundbreaking technology developed by NPU can completely circumvent the challenges posed by electromagnetic interference! Traditionally, drones rely on emitting electromagnetic signals to transmit information between each other. However, external electromagnetic wave interference could potentially cause drones to lose control. What makes this new drone communication mode remarkable? And what other remarkable research and military projects are associated with NPU?
Is this true? Dear audience! Welcome back to the channel from China! It's a pleasure to engage with the audience and discuss today's topics: 1、 How does the firefly-inspired communication drone achieve information transmission through light emission, and what similarities does it share with the firefly's light emission pattern? 2、 In which fields does Northwestern Polytechnical University excel in research and development? How do these achievements impact China's military and technological capabilities? 3、 What navigation correction method does the new type of super long-range anti-aircraft missile employ? What advantages does it have compared to traditional anti-aircraft missiles?
In the current era of fierce competition in high technology and military equipment, electromagnetic interference has always been a problem plaguing the field of communication. The latest research from Northwestern Polytechnical University (NPU) in China has broken through traditional constraints and developed a drone communication method inspired by fireflies. This innovative technology not only has groundbreaking significance in military applications but also injects new vitality into technological development. Although NPU may not be as famous as some renowned institutions, its achievements in military research are remarkable. Whether it's drone performances, drone deliveries, or other collective operations, traditional radio communication is susceptible to interference, leading to the risk of loss of control or even crashes.
However, NPU's research has significantly improved the stability and safety of drone swarms by imitating communication mechanisms in the biological world. In actual battlefield environments, such as when Russian tanks frequently face threats from Ukrainian drones, the Russian military employs temporary electromagnetic interference devices to counter them. Whenever Ukrainian drones prepare to launch attacks, the Russian military activates the jammers, easily disabling the drones and causing them to crash, neutralizing the threat. Overall, this military research and development achievement from NPU demonstrates its outstanding strength and innovation in solving real-world problems, bringing about important changes in the military and technological fields.
Fireflies transmit information in the darkness of night with their faint glow. Their unique light emission pattern and frequency enable precise information exchange with peers, i
