Core Viewpoint - The rapid development of China's technology and the importance of strengthening scientific exchange and cooperation between China and European countries, including Greece [2][3]. Group 1: China's Technological Advancements - China has become a global leader in technological innovation, particularly in areas such as 5G, artificial intelligence, and renewable energy, attributed to significant investments in R&D, talent development, and international collaboration [2]. - The achievements in technology are seen as milestones that reflect China's enhanced innovation capabilities [2]. Group 2: Climate Change Solutions - China has made breakthrough advancements in addressing climate change, providing innovative solutions that could inspire European countries [2]. - The application of advanced Chinese forest resource protection technologies could significantly improve wildfire prevention and response capabilities in Greece, which has faced devastating forest fires in recent years [2]. Group 3: Academic Cooperation - The value of academic cooperation between Europe and China is highly recognized, with thriving scientific exchanges [2]. - The research team led by the scientist at Westlake University includes scholars from multiple European countries, promoting technological innovation and setting a precedent for collaboration between institutions [2]. Group 4: Role of Scientists - Scientists play a crucial role in promoting win-win cooperation between China and Europe, acting as neutral ambassadors of knowledge and bridging geopolitical divides through collaborative research [3]. - Recent achievements in quantum computing and simulation at Westlake University exemplify how scientific cooperation enhances mutual exchanges and demonstrates the benefits of combining European expertise with Chinese resources and infrastructure [3]. Group 5: Future Cooperation Suggestions - Future deepening of scientific exchange and mutually beneficial cooperation could be achieved through joint seminars, bilateral postdoctoral programs, and promoting industrial collaboration in high-tech fields [4].

企业名称科开国际控股（海南）有限公司法定代表人张少麟注册资本1333万人民币国标行业科学研究和 技术服务业>研究和试验发展>工程和技术研究和试验发展地址海南省海口市秀英区秀英街道南海大道 288-1号海鑫郦都一期2栋商铺201-3房企业类型有限责任公司（非自然人投资或控股的法人独资）营业 期限2025-5-19至无固定期限登记机关海南省市场监督管理局 来源：金融界 经营范围含一般经营项目：以自有资金从事投资活动；企业总部管理；信息系统集成服务；人工智能公 共服务平台技术咨询服务；科技中介服务；创业空间服务；发电技术服务；医学研究和试验发展（除人 体干细胞、基因诊断与治疗技术开发和应用）；新材料技术推广服务；健康咨询服务（不含诊疗服 务）；量子计算技术服务；工程和技术研究和试验发展；技术服务、技术开发、技术咨询、技术交流、 技术转让、技术推广；数字技术服务；太阳能发电技术服务；风力发电技术服务（经营范围中的一般经 营项目依法自主开展经营活动，通过国家企业信用信息公示系统（海南）向社会公示）（一般经营项目 自主经营，许可经营项目凭相关许可证或者批准文件经营）（依法须经批准的项目，经相关部门批准后 方可开展经营活动 ...

Group 1: Core Insights - Nvidia is in deep negotiations to invest in quantum computing startup PsiQuantum, reflecting CEO Jensen Huang's optimism about the future of quantum computing [1][5] - PsiQuantum aims to build the world's first useful quantum computer, utilizing photonic technology and traditional semiconductor manufacturing processes [2][4] - The company has faced delays in its plans to commercialize quantum computing, initially targeting 2023 but now aiming for 2029 or earlier for its first commercial system [4][6] Group 2: PsiQuantum's Technology and Progress - PsiQuantum collaborates with GlobalFoundries to produce quantum chips named Omega, achieving production of millions of chips with semiconductor-matching yields [3][4] - The company has successfully addressed a key challenge in quantum computing by developing a scalable method for manufacturing commercially viable quantum chips [2][3] - Recent funding of $750 million led by BlackRock has positioned PsiQuantum to manufacture millions of quantum chips and collaborate with governments in Australia and the U.S. [4][10] Group 3: Industry Context and Competition - The quantum computing industry is experiencing significant investment, with a reported $1.2 billion raised in Q1 2023, marking a 125% year-over-year increase [8] - Major players like Microsoft and Google are also advancing in quantum technology, with Microsoft introducing the Majorana 1 chip and Google planning to release the Willow chip [8][9] - Domestic quantum computing startups in China are also gaining traction, with several securing funding in May 2023 for their quantum chip development [10]

Core Viewpoint - China Telecom Quantum Group has launched the world's first distributed cryptographic system that integrates Quantum Key Distribution (QKD) and Post-Quantum Cryptography (PQC), providing end-to-end quantum-resistant key distribution and lifecycle management, now commercially viable [1][2]. Group 1: Technology and Infrastructure - The "QKD+PQC" distributed cryptographic system employs a three-layer decoupled architecture consisting of the quantum network layer, cryptographic service layer, and application access layer, ensuring physical security for cross-domain key distribution [2]. - The system has been validated in multiple scenarios, marking a significant step towards scalable commercial use of integrated cryptographic technology in China [2]. - China Telecom has established the world's first integrated quantum security infrastructure, supporting the development of quantum security services [2]. Group 2: Implementation and Impact - The Hefei Quantum Metropolitan Area Network, built by China Telecom Quantum Group, is the largest and most comprehensive quantum secure communication network globally, covering 1,147 kilometers of quantum key distribution fiber [3]. - This network serves approximately 500 government agencies and 380 state-owned enterprises, significantly enhancing information security in sectors such as government, finance, and public services [3].

Core Viewpoint - The article highlights the significant role of Science and Technology Innovation Bonds (referred to as "Sci-Tech Bonds") in supporting technological innovation and driving economic transformation in China, marking their third anniversary since launch [1][2]. Group 1: Overview of Sci-Tech Bonds - Sci-Tech Bonds are crucial financing tools for technological innovation, comprising Sci-Tech Notes and Sci-Tech Corporate Bonds [1]. - Since their introduction, the issuance scale has reached new heights, with a total of 1,190 Sci-Tech Corporate Bonds amounting to 1.30 trillion yuan and 1,579 Sci-Tech Notes totaling 1.38 trillion yuan, benefiting 625 innovative enterprises [1]. Group 2: Policy Support and Market Development - On May 7, 2025, the People's Bank of China and the China Securities Regulatory Commission announced measures to enhance the issuance of Sci-Tech Bonds, including expanding the product system and improving supporting mechanisms [2][6]. - The Shanghai and Shenzhen Stock Exchanges have implemented detailed measures to create an inclusive institutional framework for Sci-Tech Bonds [2][6]. Group 3: Financing Ecosystem and Market Dynamics - The bond market is positioned as a key component of direct financing, with the financing scale significantly surpassing that of the stock market [3]. - The introduction of various types of issuers, including financial institutions, has diversified the funding sources for Sci-Tech Bonds, enhancing support for technology-driven enterprises [6][7]. Group 4: Future Prospects and Strategic Focus - The upgraded Sci-Tech Bonds are expected to become a powerful engine for driving technological development and economic transformation, particularly in strategic emerging industries like quantum computing and artificial intelligence [8]. - The article emphasizes the need for a multi-layered risk-return product system and improved market mechanisms to facilitate the growth of the Sci-Tech Bond market [10][11].

AI浪潮下全球IT支出还在增长。英伟达也早已从一家芯片公司演进为AI基础设施厂商。 黄仁勋也谈及量子计算业务。今年1月，黄仁勋曾表示，量子计算投入使用至少还需要20年时间，随后 他的观点发生了变化，3月他公开表示对量子计算应用时间的预测言论是错误的。此次演讲中，黄仁勋 释放了对量子计算的信心。黄仁勋表示，英伟达正在开发量子经典或量子GPU计算平台。他预测未来所 有超级计算机都有量子加速部分，超级计算机将拥有GPU、QPU（量子处理单元）和CPU。 业务层面，黄仁勋还透露了建设巨型人工智能计算机的新动态。他表示，英伟达将为中国台湾构建 AI，合作伙伴包括台积电、富士康等，英伟达和合作伙伴将为中国台湾的AI基础设施和AI生态系统构 建第一台巨型人工智能超级计算机。 62岁的黄仁勋力图继续引领英伟达，在人工智能基建领域占据优势。 在与中国台湾供应链厂商负责人共进晚餐后，英伟达CEO黄仁勋5月19日上午站上了COMPUTEX 2025 主题演讲讲台。去年，黄仁勋在COMPUTEX主题演讲中放出了英伟达AI芯片数年的迭代路线图；今 年，黄仁勋的父母也来到了现场，黄仁勋再次谈及对AI需求的判断和英伟达的进展。 作为全球最 ...

中新网合肥5月19日电 (冯玲玲)走进中电信量子集团的科技体验馆，一台标号为"天衍504"的量子计算机 正在高速运转，这是目前国内比特数最多的量子计算机。 与其同步运行的，还有覆盖合肥全市的量子城域网监测系统，屏幕上跳动的虚线实时展示着量子加密数 据的流向。在不远处的量子无人用印室内，工作人员正在量子加密等技术支持下完成自助取印流程…… 科技体验馆里的一幕幕充满了未来感。作为中国电信旗下的量子科技企业，中电信量子集团正在将前沿 的量子技术转化为实际应用。近日，中新网随国务院国资委新闻中心组织"走进新国企——品牌引领·智 链未来"活动走进中电信量子集团，实地感知量子科技研发成果与产业化进程。 量子技术走入寻常百姓家 "只需更换一张量子安全SIM卡，并开通量子业务，普通手机就能实现加密通话。"中电信量子集团技术 人员向采访团演示了全球首个量子加密安全通话与办公应用——量子密信密话。在量子加密技术支持 下，可以保护消息、语音、视频、文件、会议等通信内容的安全。这项创新使量子技术不再是实验室里 的高深理论，而是真正走进了日常生活。 据了解，量子密信密话已在全国政务、应急、金融等领域接入上百个应用场景，用户规模突破52 ...

Key Points - 30-year US Treasury yield surpasses 5%, leading to a decline in the US dollar [2] - Atlanta Federal Reserve President warns of inflation risks, indicating a preference for one rate cut this year [2] Company News - TXNM Energy announces that Blackstone Group's infrastructure fund has agreed to acquire the utility company for $61.25 per share, with a total enterprise value of $11.5 billion including net debt [2] - Nvidia is reportedly in deep negotiations to invest in quantum computing startup PsiQuantum [2] - TSMC plans to increase prices for advanced processes, with a 10% price hike for 2nm wafers [2] - Qualcomm announces plans to develop custom data center CPUs designed to connect with Nvidia's AI chips, marking its re-entry into the server processor market [2] - FDA approves Novavax's COVID-19 vaccine for older adults and individuals aged 12 and above [2] - Sohu reports Q1 total revenue of $136 million, with net loss narrowing by over 20% year-on-year, exceeding previous best expectations for marketing services revenue and group net loss, while online gaming revenue also surpassed expectations [2] - Niu Technologies reports Q1 revenue of 682 million RMB, a year-on-year increase of 35.1%, with a net loss of 38.8 million RMB and a 57.4% increase in electric scooter sales [2]

英伟达进军量子计算：正洽谈投资 PsiQuantum，押注下一个技术浪潮。 据科技媒体Information周日报道， 英伟达正处于与量子计算初创公司PsiQuantum的高级投资谈判阶 段。 据参与此次交易的四位人士透露， 此次谈判正值PsiQuantum在一轮融资中筹集至少7.5亿美元之 际。 另据此前报道，PsiQuantum正寻求以60亿美元的投前估值筹集资金，贝莱德预计将领投这轮融资。英 伟达的参与此前并未被披露。 这一动作与英伟达CEO黄仁勋今年早些时候对量子计算前景的谨慎表态形成鲜明对比。今年1月，黄仁 勋曾表示量子计算可能需要20年才能成为实用技术，但此后明显调整了立场。 英伟达布局量子计算版图 自黄仁勋1月发表对量子计算的保守言论后，英伟达已经显著改变策略。 今年3月，该公司在年度开发者大会上举办了首个"量子日"活动，并宣布在波士顿设立新的量子研究中 心，旨在帮助量子计算公司利用英伟达硬件增强其工作。 量子计算系统构建的最大挑战之一是量子比特难以控制。业内许多人，包括PsiQuantum在内，认为量 子计算机只有在数百万个物理量子比特能够协同工作且不失效的情况下才会有用。 ⭐星标华尔街见闻， ...

谷歌及其母公司Alphabet首席执行官桑达尔·皮查伊做客《All-In》播客节目，接受了企业家、投资人大卫·弗里德伯格的专访。 在这场访谈中，皮查伊探讨了人工智能浪潮下，谷歌如何主动颠覆自身，以保持技术领先地位。 随着AI对信息获取方式的根本性改变，"搜索会被AI取代吗？"这个问题变得日益重要。皮查伊表示，谷歌正在重新定义搜索体验，从单 纯响应用户查询，转变为"跟随用户"的智能助手。这意味着产品将更具预测性、个性化，甚至在用户输入问题前就提供相关信息。 谈及技术基础，皮查伊强调谷歌在基础设施上的长期投入构建了独特优势。自研TPU芯片、大规模数据中心以及分布式系统的成熟，为 谷歌的AI模型训练和部署提供了坚实支撑。加之在基础模型上的差异化路径，谷歌有望在生成式AI竞争中保持领先。 未来的人机交互同样是核心议题。 皮查伊指出，AI将不仅限于软件层面，而是深刻改变人类与技术的互动方式。语音、图像、多模态输入等正重塑硬件形态与产品接口， 整个行业的竞争格局也在随之演变。 然而，这场技术革命也带来了能源层面的挑战。AI模型的扩展消耗巨大，如何在性能与可持续性之间取得平衡，是谷歌必须面对的现实 问题。 与此同时，谷歌在 ...