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Core Viewpoint - The Shanghai Jiao Tong University Wuxi Photonic Chip Research Institute (CHIPX) and Turing Quantum have won the "Leading Technology Award" at the World Internet Conference for their project on "Key Technologies and Applications of Practical Large-Scale High-Speed Programmable Photonic Quantum Computing Chips," marking a significant international breakthrough in China's photonic quantum computing chip technology [3]. Group 1 - The award is the first in the quantum computing field since the establishment of the Leading Technology Award, highlighting the global recognition of China's advancements in photonic quantum computing [3]. - The award is considered a benchmark for global technological innovation, evaluated by a committee of top experts and academicians from multiple countries [3]. - CHIPX's achievement establishes its leading position in the global quantum technology industrialization process, having overcome key technical bottlenecks and built a fully controllable system [3]. Group 2 - Quantum computing is recognized for its exponential parallel processing capabilities, representing a disruptive technology that surpasses classical computing limits, with photonic quantum computing being the most promising route [5]. - CHIPX has established China's first pilot line for photonic chips, achieving a complete technical closed loop from chip design to system integration, making photonic quantum computers industrial-grade products [5]. - The development cycle for photonic quantum chips has been reduced from six months to two weeks, improving research efficiency by over ten times and addressing system stability issues [5]. Group 3 - The commercial photonic quantum computer developed by Turing Quantum and CHIPX features over 100 quantum bits and can enhance problem-solving efficiency in fields like chemistry, biology, and finance by over a thousand times [5]. - Their hybrid intelligent computing solution integrates quantum computing into classical computing processes, providing robust computational support across various industries, with successful applications demonstrated in aerospace, biomedicine, and fintech [5]. - Future plans include advancing photonic quantum chips to a universal quantum computing era with millions of quantum bits, aiming to make computational power as accessible as water and electricity [5].