尊敬的各位专家、学者和同仁:在首届量子科技前沿峰会成功举办的基础上。来自国内外高校、科研院所及产业界的数百位专家学者齐聚一堂，围绕量子计算、量子通信、量子传感、量子材料与器件等前沿方向展开了深入交流，成为当年量子科技领域学术氛围最浓厚、跨学科融合最活跃的会议之一。时隔一年，量子科技正从“原理验证”加速迈入“系统集成与实用化探索”的新阶段。在量子计算领域，百比特以上的量子处理器已在多个物理体系中实现，量子纠错从理论走向实验验证，逻辑量子比特的相干时间与门保真度取得里程碑式突破；量子通信方面，星地一体化量子网络初步建成，量子直接通信（QSDC）迈入公里级演示，量子中继与量子存储器的性能显著提升；量子精密测量则在惯性导航、时间频率标准、生物磁场成像等应用场景中展现出不可替代的优势。与此同时，量子技术与人工智能、新型量子材料、先进制造等领域的交叉融合日益深入，正在催生全新的技术范式与产业机遇。作为中国数字经济与科技创新的高地，杭州拥有之江实验室、浙江大学、西湖大学、杭州电子科技大学等一批活跃的量子科研力量，阿里巴巴达摩院等企业在量子计算硬件与云平台方面也已形成重要布局。杭州率先将量子信息纳入未来产业培育方向，具备良好的学术生态与产业转化环境。为进一步推动量子科技领域的深度交流与协同创新，本次会议定于 2026年10月16-18日 在浙江·杭州举办“2026第二届量子科技前沿峰会”。本次会议将继续聚焦量子计算、量子纠错、量子网络与通信、量子精密测量、量子材料与器件、量子+人工智能交叉等核心方向，旨在打造高水平、开放式、国际化的学术与产业对接平台。我们诚挚邀请全球量子领域的专家学者、青年才俊与产业先锋相聚钱塘江畔，共同描绘量子科技从“卓越原理”走向“普惠应用”的宏伟蓝图。

Dear experts, scholars, and colleaguesOn the basis of the successful holding of the first Quantum Technology Frontier Summit. Hundreds of experts and scholars from domestic and foreign universities, research institutes, and industries gathered together for in-depth exchanges on cutting-edge directions such as quantum computing, quantum communication, quantum sensing, quantum materials and devices, becoming one of the most intense academic atmosphere and active interdisciplinary integration conferences in the field of quantum technology that year.After a year, quantum technology is accelerating from "principle verification" to a new stage of "system integration and practical exploration". In the field of quantum computing, quantum processors with hundreds of bits or more have been implemented in multiple physical systems. Quantum error correction has moved from theory to experimental verification, and milestone breakthroughs have been made in the coherence time and gate fidelity of logical qubits; In terms of quantum communication, the integration of satellite and ground quantum networks has been preliminarily established, quantum direct communication (QSDC) has entered kilometer level demonstrations, and the performance of quantum relays and quantum memory has been significantly improved; Quantum precision measurement has demonstrated irreplaceable advantages in applications such as inertial navigation, time-frequency standards, and biological magnetic field imaging. At the same time, the cross integration of quantum technology with artificial intelligence, new quantum materials, advanced manufacturing, and other fields is increasingly deepening, giving rise to new technological paradigms and industrial opportunities.As a highland of China's digital economy and technological innovation, Hangzhou has a group of active quantum research forces such as Zhijiang Laboratory, Zhejiang University, Xihu University, and Hangzhou University of Electronic Science and Technology. Enterprises such as Alibaba Damo Institute have also formed important layouts in quantum computing hardware and cloud platforms. Hangzhou has taken the lead in incorporating quantum information into the future industry cultivation direction, and has a good academic ecology and industrial transformation environment.To further promote deep exchanges and collaborative innovation in the field of quantum technology, the conference is scheduled to hold the "2026 Second Quantum Technology Frontier Summit" in Hangzhou, Zhejiang from October 16-18, 2026.This conference will continue to focus on core directions such as quantum computing, quantum error correction, quantum networks and communication, quantum precision measurement, quantum materials and devices, and the intersection of quantum and artificial intelligence, aiming to create a high-level, open, and international academic and industrial docking platform. We sincerely invite experts, scholars, young talents, and industry pioneers in the global quantum field to gather by the banks of the Qiantang River to jointly depict the grand blueprint of quantum technology moving from "excellent principles" to "universal applications".