Quantum precision measurement is one of the three branches of quantum information technology, the other two branches are quantum communication and quantum computing. Quantum precision measurement as a whole has the fastest development in its industrialization process than the quantum computing industry and quantum communication industry. For example, atomic clocks, as a product in the field of quantum precision measurement, are very mature.
Since quantum precision measurement includes multiple subdivisions, it is more scattered than the more concentrated fields of quantum computing and quantum communication. Therefore, its attention and knowledge are lower than those of quantum computing and quantum communication, and it has not received high attention. Focus on. However, quantum precision measurement technology is of great significance to scientific and technological progress and social development. Various products of quantum precision measurement benefit basic scientific research and all aspects of production and life.
In the United States, China, the European Union and other countries and regions, quantum precision measurement has been supported by the government as a strategic development policy. At the same time, a number of technology companies have launched quantum precision measurement products suitable for multiple scenarios, as well as some prototypes that have proven valuable in many laboratories around the world, which makes the field of quantum precision measurement worthy of higher acceptance. focus on.
ICV and Photon Box released the "2022 Global Quantum Precision Measurement Industry Development Report", which made various predictions and prospects for the future development of the short-term and medium-term quantum precision measurement field. This report mainly takes January 2021 to April 2022 as the main observation period to track the dynamic development of each major quantum precision measurement technology country.
report link：
https://www.quantumchina.com/newsinfo/2770047.html
