以下文章来源于硬氪 ，作者欧雪 硬氪 . 专注全球化、硬科技报道。36kr旗下官方账号。 自主研发了国内首个 量子程序设计与验证平台"isQ"。 文 ｜ 欧雪 编辑 ｜ 袁斯来 来源｜ 硬氪（ID：south_36kr） 封面来源 ｜ 企业供图 硬氪获悉，北京中科弧光量子软件技术有限公司（下称 "弧光量子"）近日完成数千万元A轮融资。本轮由北京信息产业发展投资 基金独家投资。资金将用于扩大团队，加快研发，以应对行业发展带来的软件新需求。重点包括两方面：一是适配分布式芯片等 新趋势，与硬件协同设计协议和解决方案；二是加快建设高效量子计算算法库，扩充人才库。 弧光量子成立于 2020年，专注于量子软件与量子计算应用，依托于中国科学院软件研究所，开展量子软件的科研及产业化落地。 公司核心团队中，超过 80%的成员毕业于清华大学、北京大学、中国科学院等知名高校及科研院所，硕博士学历人员占比高达 90%。公司创始人兼董事长应圣钢毕业于清华大学，获博士学位，并曾于悉尼科技大学从事博士后研究，现为中国科学院软件研 究所正高级工程师。 自 2020年起，中国量子计算发展进入快车道，成功研制出量子计算原型机"九章"。其算力表现 ...

Core Viewpoint - Beijing Arc Quantum Software Technology Co., Ltd. has recently completed a multi-million A round financing, which will be used to expand the team and accelerate research and development to meet new software demands in the industry [1] Group 1: Company Overview - Arc Quantum was established in 2020 and focuses on quantum software and quantum computing applications, relying on the Software Research Institute of the Chinese Academy of Sciences for research and industrialization [1] - The core team consists of over 80% members from prestigious universities and research institutions, with 90% holding master's or doctoral degrees [1] - The founder and chairman, Ying Shenggang, has a Ph.D. from Tsinghua University and has conducted postdoctoral research at the University of Technology Sydney [1] Group 2: Product and Market Position - Arc Quantum's products are divided into three main areas: providing EDA tools and measurement control systems for quantum chip R&D teams, offering a quantum program development ecosystem centered around quantum compilers, and launching a quantum cloud platform for end-users and industry clients [2] - The company is the only domestic quantum software enterprise covering multiple chip routes and the entire industry chain, with products deployed in mainstream quantum computing systems [5] - The company has maintained rapid growth in its quantum software business since its inception and is currently at a breakeven point, with R&D investment accounting for about 80% of revenue [6] Group 3: Industry Trends and Future Outlook - The demand for quantum software is significantly increasing, and the ecosystem is becoming more refined, with products expected to diversify and segment [7] - The company plans to increase R&D and talent reserves to address the urgent technological and market challenges, which is a core strategy for its continued development [7] - The investment firm believes that quantum computing is a crucial engine for new productive forces and is optimistic about this disruptive technology [8]

Core Insights - Suzhou's innovation consortiums have achieved significant breakthroughs in high-temperature superconducting materials and dual-target weight loss drugs, marking a strong step towards technological self-reliance and innovation [1][4] - The city has established 327 innovation consortiums, leading the province in quantity, which includes collaborations with 1,268 leading enterprises and 264 research institutions [2][3] Group 1: Innovation Achievements - The innovation consortiums have developed AI-driven mass production processes for high-temperature superconducting materials, achieving full-chain autonomy in nuclear magnetic resonance magnets [1] - The consortiums have also created the world's first dual-target weight loss drug, marking a significant milestone in the pharmaceutical industry [1] - Notable projects include the development of domestically produced high-temperature superconducting materials and the discovery of new treatment targets for colorectal cancer [4] Group 2: Collaborative Ecosystem - Suzhou's innovation consortiums operate under a "group army" model, integrating leading enterprises, research institutions, and universities to tackle key technological challenges [2] - The city has established a comprehensive internal circulation system that spans from technology research to project incubation and industrial cultivation [2] - Eight benchmark innovation consortiums have been recognized for their collaborative efforts, serving as models for industry-wide innovation [2] Group 3: Economic Impact - The innovation consortiums are expected to drive over 10 billion yuan in R&D investments and facilitate the application of over 1,000 core technologies [4] - Specific consortiums have reported significant economic benefits, such as a semiconductor laser consortium generating 2 billion yuan in R&D investments and a projected 50 billion yuan in revenue from a robotics consortium [5] Group 4: Future Development - Suzhou aims to deepen the development of innovation consortiums by enhancing collaboration, resource sharing, and establishing platforms for concept validation and pilot testing [6] - The city plans to support the consortiums in undertaking major national scientific tasks and promoting successful experiences to foster new productive forces [6]

摘要 中国量子计算领域正快速发展，超导技术路线领先，本源量子估值近 100 亿元人民币，并已启动 IPO，但整体商用化仍面临规模、保证度及 市场接受度等多重挑战，预计还需 5-8 年。 超导量子计算面临严峻的技术挑战，包括极低温环境控制和大规模量子 比特的布线复杂性，特别是稀释制冷剂的国际供应封锁，迫使国内企业 自主研发。 离子阱和中性原子技术受限于规模化和操控精度，离子阱难以稳定囚禁 大量离子，中性原子纠缠操作的工程实现仍存在困难，限制了信息传输 距离。 光量子计算器件简单易于产生光子，但因光子间缺乏相互作用力，难以 构建通用型双比特逻辑门，主要应用于专用型场景，且光子运行后即消 失，无法存储。 量子计算产业链条长，资金流动性强，各国政府投入巨大，如欧洲"量 子旗舰计划"和美国"量子法案"，中国也通过超长期特别国债支持量 子计算相关项目。 Q&A 量子计算在中美两国的发展情况如何？有哪些主要的技术路线和应用进展？ 量子计算作为未来计算能力的重要补充，近年来在中美两国均取得了显著进展。 中国目前采用多路线并行发展的策略，主要包括超导、原子型（如中性原子和 离子阱）以及专用型（如光量子和相干易兴机）等技术路线。 ...