近日 ，上海术理智能科技有限公司 （以下简称"术理智能"）完成约1.6亿元人民币的B+轮融资，本轮由 国家中小企业发展基金、东方富海及部分老股东共同参与。所募资金将主要用于脑机接口核心技术的持续 研发，以及围绕医疗与多场景应用的产业生态建设。 作为近年来国内非侵入式脑机接口领域中较为活跃的企业之一，术理智能成立于2015年8月，注册地位于 上海奉贤区。公司早期以计算模拟与数字生命相关技术起步，近年来逐步将重心聚焦于非侵入式脑机接口 在医疗场景中的工程化落地。2025年，术理智能被认定为国家级专精特新"小巨人"企业。 技术路线：以非侵入式为核心的系统工程 从公开信息来看，术理智能选择了一条相对明确的技术路径：以非侵入式脑机接口为主，强调软硬件一体 化与系统集成能力，而非单点算法或单一设备突破。 公司目前搭建的人工智能多模态脑机接口平台，融合了脑电采集、运动想象范式、虚拟现实（VR）以及人 工智能算法，用于实现人体多模态信号的实时采集、解码与反馈。 在具体产品层面，其布局主要集中在三 类系统： 术理智能的发展与其创始人王薇的个人背景密切相关。公开资料显示，王薇毕业于英国南安普顿大学生物 医学工程专业，拥有博士学位 ...

团队开发了与目前光刻工艺有效兼容的制备路线。他们首先采用等离子体刻蚀技术，将弹性高分子表面"打磨"至低于1纳米的粗糙度，有效满足商业光 刻要求。随后，在弹性高分子表面沉积一层致密的聚对二甲苯膜层，为电路披上一层"柔性铠甲"。这层保护膜不仅可以有效抵御光刻中所用极性溶剂对弹性 基底的侵蚀，还能缓冲电路层受到的应变，确保纤维芯片在反复弯折、拉伸变形后，电路层结构和性能依然稳定。 该成果有望为纤维电子系统的集成提供新的路径，有望实现从"嵌入"到"织入"的转变，助力脑机接口、电子织物、虚拟现实等新兴领域的变革发展。 该设计使纤维内部的空间得到极致利用，实现了一维受限尺寸内的高密度集成。 智能设备的柔性化始终卡在一个关键瓶颈：作为"大脑"的芯片，长久以来都是硬质的。复旦大学彭慧胜/陈培宁团队成功在弹性高分子纤维内部，构建 出大规模集成电路，研发出全新的"纤维芯片"，为解决柔性化难题提供了新的有效路径。这项成果于1月22日发表在国际期刊《自然》上。 ...

Core Viewpoint - The article discusses the breakthrough in fiber electronics, specifically the development of "fiber chips" that integrate multiple functionalities such as power supply, sensing, display, and signal processing into a single fiber, paving the way for advanced applications in brain-machine interfaces, electronic textiles, and virtual reality wearables [3][12]. Group 1: Research Breakthrough - The research led by Fudan University introduces a novel "fiber chip" that utilizes a multilayered spiral architecture, allowing for large-scale integrated circuits within elastic polymer fibers [3][6]. - This new design approach maximizes the internal space of the fiber, enabling unprecedented micro-device density and multimodal processing capabilities [6]. Group 2: Technical Specifications - The "fiber chip" achieves an integration density of 100,000 transistors per centimeter, meeting the demands of interactive fiber systems [8]. - It can process both digital and analog signals comparable to advanced memory image processors, demonstrating high recognition precision in neural computing [8]. Group 3: Durability and Stability - The "fiber chip" maintains stability under harsh conditions, enduring 10,000 cycles of bending, 30% stretching, 180-degree twisting per centimeter, and even being crushed by a 15.6-ton container truck [10][11]. - This durability allows for the construction of closed-loop systems within a single fiber without the need for external rigid processors [12]. Group 4: Applications and Future Prospects - The flexible fiber system opens pathways for various cutting-edge applications, including brain-machine interfaces, smart textiles, and virtual reality wearables, such as smart tactile gloves for remote surgeries [12].

金陵之冬，创意满城。 紫金山科技城开启"6G迎新派对"，机甲麒麟在繁华商圈"赛博"起舞，牛首山2026架无人机绘出马年元 素……辞旧迎新之际，南京举办128场跨年活动，刷新地铁单日运力纪录，带动元旦旅游消费增长显 著。 被科技点亮的夜空，不仅映照城市温度、治理精度，更展现烟火寻常、活力日常。"创新敢为才能破圈 出彩。"一位网民在"南京发布"留言。 立足产业强市之要，南京做好"转强增育"四篇文章，构筑新质生产力主导的产业高地。 ——"转"型攀峰，传统产业固本开新。入选国家首批领航级智能工厂的南京钢铁集团，上万个传感器如 同"智能神经元"遍布产线。一笔耐磨钢订单刚录入系统，"元冶·钢铁大模型"30秒内即算出最佳生产方 案。"从'经验炼钢'钢花飞溅到'智慧炼钢'数据奔流，铁水罐周转率提升5%，每吨铁水降本200元，仅此 一项每年就节省上亿元。"南钢副总裁朱平说。 面向"十五五"，南京将实施传统产业攀峰计划，推动石化、钢铁等产业向价值链中高端迈进，力争 到"十五五"末，化工新材料占石化产业40%，优特钢占钢铁制造超80%。 ——登高做"强"，新兴产业集群跃升。20世纪60年代，东南大学的查礼冠教授团队，仅凭两张机器人 ...

Core Viewpoint - The Chinese securities market is experiencing significant activity, with the Shanghai Composite Index achieving a 17-day consecutive rise and surpassing 4000 points for the first time in a decade, while also facing notable legal risks related to investor protection [1]. Group 1: Market Activity - The Shanghai Composite Index has achieved a 17-day consecutive rise, marking a significant milestone by returning to 4000 points after ten years [1]. - The total trading volume in the market has reached a new high, indicating increased investor participation [1]. Group 2: Legal Risks - Investors are warned to be cautious of three main legal risks when entering the market [2]. - The first risk involves fraudsters impersonating securities professionals or misusing their identities to conduct illegal activities, leading to financial losses for investors [2]. - The second risk pertains to financial institutions failing to fulfill their obligation to inform investors about investment risks, resulting in investors purchasing products beyond their risk tolerance [2]. - A case highlighted the failure of an investment management company to assess an investor's risk capacity, leading to a significant loss for the investor, with the court ruling that the company was liable for 80% of the losses incurred [3]. - The third risk involves false statements made by listed companies, which exacerbate information asymmetry and lead to poor investment decisions by investors [2]. - A specific case demonstrated that a company's failure to disclose critical information resulted in financial losses for an investor, with the court ruling in favor of the investor [3]. Group 3: Recommendations - Judges recommend that investors should engage in rational investment practices and verify the identities of securities personnel to avoid falling victim to scams [4]. - Financial institutions are urged to enhance their management of suitability obligations and adhere to stricter standards to protect investors [4]. - The establishment of a multi-faceted dispute resolution mechanism, in collaboration with regulatory bodies, is suggested to expedite the resolution of conflicts and safeguard the interests of small investors [4]. - There is a call for stricter enforcement against securities violations and the improvement of related legal and judicial frameworks [4].

来源：环球网 【环球网科技综合报道】1月22日消息，据复旦大学官方宣布，复旦大学纤维电子材料与器件研究院、 高分子科学系、先进材料实验室、聚合物分子工程全国重点实验室彭慧胜、陈培宁团队突破传统芯片硅 基研究范式，率先提出并制备"纤维芯片"在弹性的高分子纤维内实现大规模集成电路成功将供电、传 感、显示、信号处理等多功能集成于一根纤维之内，为纤维电子系统开辟全新的集成路径。 该成果于北京时间1月22日凌晨以《基于多层旋叠架构的纤维集成电路》（"Fibre integrated circuits by multilayered spiral architecture"）为题，发表于《自然》（Nature）期刊，有望为脑机接口、电子织物、 虚拟现实等新兴产业提供强有力的技术支撑。 据介绍，这款"纤维芯片"不仅保持了纤维柔软、可编织的本征特性，更实现了电阻、电容、二极管、晶 体管等电子元件的高精度互连，光刻精度达到了实验室级光刻机最高水平。这意味着，基于"纤维芯 片"，未来可将发光、传感等模块直接集成在一根纤维上，形成无需外接设备的全闭环系统，甚至实现 自供能。 通过晶体管与电容、电阻等电子元件高效互连，"纤维芯片"可 ...

Group 1 - The core viewpoint emphasizes the need for China to leverage its new type of national system to promote the healthy and orderly development of artificial intelligence (AI) towards beneficial, safe, and equitable directions [1] - During the 14th Five-Year Plan period, China has continuously improved top-level design and strengthened work deployment, resulting in a comprehensive and systematic leap in AI capabilities [1] - A new "AI assistant" was launched in Hangzhou, marking a transition from "perceptual intelligence" to "action intelligence," enabling users to complete tasks directly through input commands [1] Group 2 - The application of embodied intelligent robots has expanded into various fields, including marathons, stage performances, and agriculture, showcasing the integration of AI into everyday life [2] - The "Mosu Space" model innovation ecosystem in Shanghai has grown from three to six phases, attracting over 200 companies and fostering collaboration among more than 1,500 AI enterprises in the area [2] - The number of AI companies in China has exceeded 6,200, with AI patents accounting for 60% of the global total, and the core AI industry is projected to exceed 1 trillion yuan by 2025 [3] Group 3 - The market for embodied intelligence is expected to surpass 5 billion yuan, while the brain-computer interface market is projected to exceed 3.8 billion yuan, indicating a positive cycle of innovation and application [3] - The demand for various types of computing power chips is rapidly increasing, with significant innovation occurring in the sector [3] - Domestic chip products are accelerating their adaptation in different scenarios, which will enhance the computing power level and support the development of the AI industry [3]

2026.01. 22 本文字数：2127，阅读时长大约4分钟 作者 | 第一财经 金叶子 如何在纤维上实现高效信息处理功能，但又不影响纤维器件柔软、适应复杂形变、可编织等本征特性，复旦大学团队的最新成果为纤维器件实现 规模应用提供可能。 1月22日凌晨，复旦大学彭慧胜/陈培宁团队的研究成果在《自然》主刊发布，该成果突破传统芯片集成电路硅基研究范式，率先通过设计多层 旋叠架构，在弹性高分子纤维内实现了大规模集成电路（简称"纤维芯片"）。 ▲ 柔软的"纤维芯片"在手指上打结。受访团队供图 "纤维芯片"信息处理能力与一些经典的商业芯片相当，且具有高度柔软、适应拉伸扭曲等复杂形变、可编织等独特优势，有望为脑机接口、电子 织物、虚拟现实等新兴产业变革发展提供有力支撑。 "我们并不是要取代现有的芯片，而是希望面向一些新兴领域应用场景，提供一个可能的新路径。"复旦大学纤维电子材料与器件研究院/高分子 科学系教授、论文通讯作者陈培宁对第一财经记者说道，他们的纤维芯片有望能做一些传统芯片过去不太容易做到的事情。 陈培宁介绍，连接传统硬质芯片电路的纤维系统，穿戴起来舒适性较差，整个电路连接也不稳定，所以团队就想把信息处理模块也 ...

中新网上海1月22日电(陈静 狄权)芯片是现代电子技术的基石。纵观过去芯片的发展历程，普遍依赖硅 基衬底所支撑的光刻制造技术。是不是有可能在柔软、弹性的高分子纤维内实现高密度集成电路？ 记者22日获悉，复旦大学彭慧胜/陈培宁团队通过5年攻关，研发出如丝线般纤细柔软的"纤维芯片"。北 京时间1月22日，这项成果发表于《自然》主刊(Nature)。 复旦大学学者团队研发出的"纤维芯片"如丝线般纤细柔软。(中新网记者 陈静摄) "纤维芯片"中，电子元件(如：晶体管)集成密度达10万个/厘米，通过晶体管高效互连，可实现数字、模 拟电路运算等功能。相比传统芯片，"纤维芯片"有着优异的柔性，可耐受弯曲、拉伸、扭曲等复杂形 变，甚至在经过水洗、高低温、卡车碾压后，仍能保持性能稳定。除了具备信息处理能力和优异柔性， 陈培宁教授指出，"纤维芯片"还具有良好的稳定性。 据悉，研究团队跳出"仅利用纤维表面"的思维定式，提出多层旋叠架构的设计思想，即：在纤维内部构 建多层集成电路，形成螺旋式旋叠结构，从而最大化地利用纤维内部空间。按照目前实验室级1微米的 光刻精度预测，长度为1毫米的"纤维芯片"可集成1万个晶体管，其信息处理能力可与 ...

Core Viewpoint - The article discusses the significant investment activities of the gaming giant miHoYo, highlighting its strategic investments in various sectors, particularly in AI and technology, as a means to diversify and secure future growth amidst uncertainties in its core gaming business [4][16]. Investment Strategy - miHoYo has made over 30 disclosed investments across various fields, including AI, embodied intelligence, and commercial aerospace, indicating a broad interest in future technologies [4][6]. - The company has invested in projects like MiniMax, Suplay, and Soul, which are either approaching IPO or have already gone public, showcasing its commitment to nurturing potential high-growth ventures [4][6][16]. Investment Portfolio - miHoYo's investment portfolio includes significant stakes in Suplay (11.86%) and Soul (5.47%), both of which are in the gaming and social media sectors [6][8]. - The company has also invested in cutting-edge fields such as controlled nuclear fusion and brain-computer interfaces, reflecting its ambition to be at the forefront of technological advancements [7][14]. Market Trends and Insights - The article notes that miHoYo's investments are driven by the growing demand for virtual companionship and identity recognition among younger generations, suggesting a strategic alignment with market trends [13][14]. - The decline in revenue from its flagship game "Genshin Impact" has prompted miHoYo to seek new revenue streams through investments, indicating a proactive approach to mitigate risks associated with its core business [17][18]. Future Outlook - miHoYo's aggressive investment strategy is seen as both a proactive and reactive measure to address uncertainties in its gaming revenue, with the potential for these investments to yield significant returns in the future [16][18]. - The company’s focus on technology investments is expected to enhance its operational efficiency and expand its existing ecosystem, thereby creating new revenue opportunities [15][18].