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量子科技相关企业数量全国第二,多项成果达国际先进水平编织量子经纬,江苏如何锁定主动权
Xin Hua Ri Bao· 2025-08-26 23:21
Group 1 - Quantum technology is advancing rapidly, enabling significant improvements in drug development, material design, financial analysis, AI training, secure communication, and precision measurement [1][2] - China has made substantial progress in quantum technology, transitioning from following to leading in certain areas, with Jiangsu province focusing on a comprehensive development chain from basic research to industrial clustering [1][4] - The establishment of the Quantum Technology Yangtze River Delta Industrial Innovation Center in Suzhou has created a complete industry chain, making it a leader in domestic quantum technology infrastructure [2][3] Group 2 - Jiangsu's quantum technology sector is characterized by a young and dynamic ecosystem, with many companies established recently yet showing significant potential in research and development [3][4] - The province ranks second nationally in the number of quantum technology-related enterprises, with notable advancements in quantum computing and measurement technologies [4][6] - As of June this year, Jiangsu has filed 2,018 quantum technology-related patents, ranking fourth in the country, indicating a robust innovation environment [3][6] Group 3 - Challenges in the quantum technology sector include technical bottlenecks, supply chain vulnerabilities, and a fragmented upstream supply chain, which hinder development [6][7] - The market demand for quantum technology remains unclear, with many applications still in the exploratory phase, leading to a disconnect between supply and demand [7][8] - International challenges, including technological and investment restrictions from certain Western countries, pose additional hurdles for the development of quantum technology in China [6][8] Group 4 - Collaborative efforts between government, universities, and enterprises are essential for overcoming barriers in the quantum technology sector [8][9] - The establishment of innovation platforms and major technological infrastructure is crucial for supporting high-quality development in quantum technology [8][10] - Companies are increasingly engaging in partnerships with academic institutions to accelerate the application of quantum technology and fill existing technological gaps [9][10]
编织量子经纬,江苏如何锁定主动权
Xin Hua Ri Bao· 2025-08-26 21:58
Core Viewpoint - Quantum technology is advancing rapidly in China, particularly in Jiangsu province, with significant developments in quantum computing, communication, and measurement, positioning the region as a leader in the field [1][4]. Industry Development - Jiangsu has established a comprehensive quantum technology ecosystem, including research institutions, enterprises, and pilot zones, with a focus on innovation and commercialization [2][3]. - The Quantum Technology Yangtze River Delta Industrial Innovation Center in Suzhou has created a complete industry chain, including quantum chips, computers, and services, making it one of the most developed in China [2][3]. Key Achievements - Notable advancements include the first practical multi-scenario adaptive quantum password chip by Guoxin Technology and the establishment of the first 8-inch wafer-level photonic chip production line by Nanzhi Optoelectronics [3][4]. - Jiangsu ranks second in the number of quantum technology-related enterprises in China, with significant achievements in quantum computing and measurement technologies [4]. Challenges and Bottlenecks - Despite the promising growth, the industry faces challenges such as technological bottlenecks in manufacturing processes, supply chain issues, and a fragmented upstream supply chain [5][6][7]. - The market demand for quantum technology remains unclear, with many applications still in the exploratory phase, leading to a lack of effective demand [7]. Strategic Recommendations - Enhanced collaboration between government, universities, and enterprises is essential to address industry challenges and leverage Jiangsu's advantages [8][9]. - Building strong innovation platforms and accelerating the construction of major technological infrastructure are critical for the high-quality development of the quantum technology industry [8][9]. Talent Development - Talent is identified as a core element in the competition for quantum technology, with recommendations for systematic planning and collaboration with domestic research forces to overcome key challenges [9][10]. Application and Market Integration - Companies are encouraged to engage in industry-academia-research collaborations to accelerate the application of quantum technology and fill existing technological gaps [10][11]. - The government is advised to explore practical applications of quantum technology in sectors like biomedicine and digital finance to create demonstration effects [10][11].