According to reports, China's first single photon detection based on the quantum radar system, recently developed by the China Electronics Technology Group 14 successfully.

The Quantum Radar System is dominated by CLP14. Under the joint help of the Chinese University of Science and Technology, China Power 27 and Nanjing University, the Quantum Radar System has completed the experiments of quantum detection mechanism, target scattering characteristics and quantum detection principle At the same time, it also completes the target detection test in the real atmospheric environment. At present, it can achieve the detection radius of 100 km with extremely high sensitivity. All the indexes have achieved the expected results and achieved significant scientific breakthroughs.

The world's first quantum radar system successfully developed by the United States. Because the quantum radar uses the quantum properties of light particles to observe the target and takes advantage of the principle that any object changes its quantum properties after it receives a photon signal, the stealth aircraft can be easily detected and is said to be "the star of a stealth aircraft" In the military field has a very high value.

In general, quantum radars have the following significant advantages over traditional radars:

1. Due to the particularity of quantum state propagation, the quantum radar uses the quantum state as a carrier of information, which can effectively reduce the power consumption of the entire system, and therefore can be applied to a variety of lightweight platforms in the future.

Taking the quantum states as the receiving object, the quantum state characteristics can enrich the detection of the target and improve the detection performance of the low-visibility target, which greatly enhances the "visibility" of the radar system.

Using the higher-order relativity of quantum states, we can restrain the clutter interference through quantum state correlation and have strong reliability and confidentiality in the complex electromagnetic environment at this stage.

Experts said that actually China has done many years of research in related fields. It can be said that the technological breakthrough achieved this year is the result of many years of technological accumulation, not to catch up with the recent quantum heat set off by Mozi. At the same time, we must also recognize that China is only at a technologically advanced level in this area, and it can not be said that the world is leading the way.

It is reported that at present, the research direction of the Quantum Radar for CLP14 has established a basic scientific research environment, possessed the initial capability of designing, developing and verifying the quantum radar system, laying an important theory and experiment for further research on the related directions basis.

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