How to measure the interior of a "needle tip" large object without damaging it; How to complete molecular level drug simulations of hundreds or thousands of targets in minutes; How to ensure "unconditional security" in important information communication... The quantum information industry is providing the latest answer. With the increasing demand for technological advancements such as information confidentiality, computing power, and measurement accuracy in recent years, quantum information technologies such as quantum communication, quantum computing, and quantum measurement have rapidly emerged and formed several industrial tracks, which are expected to become catalysts and accelerators for promoting the upgrading of the information society and digital economy, and helping to transform productivity. Relevant institutions predict that the quantum precision measurement market will grow to $1.348 billion by 2029, and the quantum communication market will grow to $43.1 billion by 2030. The quantum computing market is expected to reach hundreds of billions of dollars in the future. Quantum computing can complete calculations that traditional electronic computers need to complete in multiple steps in one step, with exponential computing acceleration ability. "said Ma Yin, founder and COO of Beijing Bose Quantum Technology Co., Ltd. In specific scenarios with extremely high computational power requirements, quantum computing can leverage its unique advantages of high-speed parallel computing, which is an important variable for future technological and industrial development and transformation. For example, targeted drugs targeting certain viruses require molecular level drug simulations of hundreds or thousands of viral protein targets, and quantum computing has great potential. Quantum measurement can detect objects smaller than nanometers. The person in charge of Guoyi Quantum said that quantum precision measurement technology is expected to surpass existing technologies in terms of measurement accuracy, sensitivity, resolution, and other aspects. It can also develop new application scenarios and become the underlying technology for the new generation of industrial transformation. It is the next "closest" direction of quantum information technology to the industry. Quantum measurement can be applied to various ultra-high precision and complex measurement scenarios. For example, in the field of new energy, current sensors based on quantum precision measurement can accurately measure the working current of batteries, improve the management accuracy of battery management systems for remaining battery power, improve effective range, and improve various indicators of automobiles. In addition, quantum communication has been included in the forefront technology industry that is a key focus of national policy cultivation. Chang Lei, Deputy Manager of the Quantum Product R&D Center of Kedadaodun, said that after using quantum technology to encrypt the key, once it is stolen during the transmission of information, the key will become unrecognizable garbled code, ensuring "unconditional security" in quantum communication technology. Since the 13th Five Year Plan, a series of quantum communication projects have been constructed in China, achieving the interconnection and interconnection of quantum communication infrastructure such as ground communication networks and quantum communication satellites. Looking globally, the development of the quantum information industry as a whole is in a transitional stage from basic scientific research and experimental exploration to product research and development, promotion and application. The market is in a transitional stage from cultivation to rapid growth, with huge potential. In recent years, the collaboration between industry, academia, and research in the field of quantum information in China, as well as the cultivation of industrial ecology, have gradually been strengthened, and various regions are actively promoting industrial development. Shanghai proposes to actively cultivate the quantum technology industry around quantum computing, quantum communication, and quantum measurement. Promote quantum technology in finance, big data computing, healthcare, and resource management
Edit：Hou Wenzhe Responsible editor：WeiZe
Source：Economic Information Daily
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