Core Insights - The core viewpoint of the article is that brain-computer interface (BCI) technology will ultimately achieve the integration of carbon-based biological intelligence and silicon-based computing power, leading to a transformative impact on future medical paradigms [1][2]. Group 1: Advances in Biomedical Imaging and Biological Intelligence - The deep integration of medical imaging and biological intelligence is driving a fundamental transformation in medical paradigms, shifting from "static photography" to "dynamic imaging" [2]. - Artificial intelligence is enabling the creation of personal "digital twins" for comprehensive health management [2]. - The BCI technology is expected to extend human physical capabilities and achieve a leap in intellectual capacity, reshaping the future medical landscape [2]. Group 2: Expert Discussions and Future Trends - A panel discussion featured experts exploring cutting-edge trends in biomedical and biological intelligence, addressing key topics such as whether BCI can solve AI's computing power challenges and the core drivers of future medical imaging development [2][5]. - The discussion also focused on breaking down medical "data silos" and establishing new validation paradigms [2]. Group 3: Academic Development and Outreach - The National Science Communication Center's academic development forum aims to highlight cutting-edge, speculative, and communicative aspects of science, targeting especially young scientific workers [4]. - Future sessions will continue to invite strategic scientists and leading technology talents to share groundbreaking explorations and innovative theories that could redefine industry standards [4].

"不同的人脑电波差异很大，以往的脑机接口设备在使用前需要长达30分钟的校正实验，通过数据采 集、多次实验，现如今的脑机接口设备不用长时间校准，戴上就可以用。"琶洲实验室脑机智能研究中 心科研人员许凯琳表示，非侵入式装置小巧便捷，不仅不用做手术，避免出现排异反应，还因不会被长 出的体内细胞遮蔽信号，后期相较侵入式脑机接口装置信号更稳定。 将大脑状态"翻译"成可量化的信号 当"脑电波"隔空操控轮椅从科幻走进现实，AI手语翻译架起沟通的桥梁，科技正为残障群体带来生活新 可能。日前，广州市科技局（十五运会和残特奥会科技工作专班办公室）组织举办的"探秘全运黑科 技"公众开放日系列活动走进琶洲实验室，探索科技助残新路径。 非侵入式接口即戴即用 脑机AI轮椅可用"意念"隔空控制 "脑机接口"是指通过在人脑神经与具有高生物相容性的外部设备间建立直接连接通路，实现神经系统和 外部设备间信息交互与功能整合的技术。简而言之，便是直接通过大脑向机器发指令。 区别于传统轮椅只能用动作、语音控制，脑机AI轮椅依赖使用者高度集中的注意力与平缓的头部转 动，通过凝视屏幕光标实现操控。"你需要习惯它的灵敏度，就像与自己的意识对话。"华南理工大 ...

Core Viewpoint - The article discusses the advancements in invasive brain-computer interface (BCI) technology in China, highlighting its successful clinical trials and the collaborative ecosystem that supports its development [1][15]. Group 1: Clinical Trial and Technology Breakthrough - China's first invasive BCI clinical trial was successfully conducted, making it the second country after the United States to enter this phase [1][4]. - The trial participant, a male who lost his limbs due to an accident, can control a computer using his thoughts, demonstrating the technology's potential [1][2]. - The invasive BCI system is expected to receive regulatory approval by 2028, aiming to significantly improve the quality of life for patients with severe disabilities [4]. Group 2: Technical Challenges and Solutions - The invasive BCI technology faces three main scientific challenges: signal acquisition hardware, decoding technology, and safety verification [10][11]. - The system utilizes ultra-flexible electrodes to capture high-quality neural signals without damaging brain tissue, achieving a significant reduction in electrode size compared to competitors [11]. - Real-time decoding algorithms enable the system to translate neural signals into computer commands, adapting dynamically to the user's brain activity [12][13]. Group 3: Ecosystem and Collaborative Support - The rapid advancement of China's BCI technology is attributed to a well-structured ecosystem that includes top-level design and collaboration between medical and engineering fields [15][16]. - National initiatives like the "China Brain Project" and local support from Shanghai's government have created a robust framework for BCI research and development [16][18]. - Collaborative efforts among leading hospitals and research institutions have led to numerous clinical trials and the establishment of data-sharing alliances to enhance BCI technology [17][18].

在全球尚未对脑机接口技术的伦理达成共识的背景下，我们更应稳步推进技术，构建与中国科技实力相 匹配的伦理治理体系，避免陷入"先发展后治理"的陷阱 文 |《瞭望》新闻周刊记者 张冉燃 董雪 未说出口的思想、情感和意图被掌握等担心，在10年内是不必要的 我们对大脑改造的边界在哪儿，需要随着技术发展逐步探索。完整意识上传、记忆编辑等需要较长时间 实现，相信在实现过程中，无论是社会共识层面还是法律伦理层面都会为技术的演进做好准备 当脑机接口技术从实验室迈向现实应用，一场触及人类终极边界——大脑、思想与身份认同等——的深 刻变革正悄然开启。 这项技术不仅有望为瘫痪患者重建行动能力、为失明人士带来视觉希望，更将神经数据这一前所未有的 隐私形态、思想情感的潜在掌控，乃至决策自主的哲学命题等，骤然推到我们面前，形成对人类积淀已 久的社会伦理、法律体系和哲学认知的全新关切。 今时今日，距离真正的"读心术""精神控制""意识上传""记忆编辑"等场景仍较遥远，但防范其可能引发 的隐私泄露、算法操控等风险，应当始于当下、防患未然。在脑机接口技术加速突破的当下，可能是关 乎人类文明走向的十字路口——如果大脑信号可能被破译、神经数据需要确 ...

【江苏】侵华日军南京大屠杀遇难同胞纪念馆公布一批最新文物史料 【湖北】竹溪连曝两起评审名单照搬百度人名大全，住建局局长回应 据智通财经消息，近日，湖北省竹溪县住建局采购公告连曝两起"评审名单照搬百度文库人名大全"情 况。就此，竹溪县住建局局长付晓东12月5日上午回应称，目前县里已经成立了调查专班，对相关情况 进行全面调查，后续我们会把整个调查情况及时公布。付晓东表示，他们正全力配合调查，"我昨天一 晚上，截至目前还在县纪委，同时，针对此事省、市纪委成立了一个专班，到纪委来做这个事情。"前 述引发争议的采购公告涉及金额超6500万元。一是今年2月13日挂网的《竹溪县住房和城乡建设局本级 竹溪县鄂陕大道提档升级项目中标(成交)结果公告》，项目中标（成交）金额为3400万元，评审小组成 员为张吉惟、林坡书、阮建安、李中冰、夏志豪。二是12月3日挂网的《竹溪县住房和城乡建设局本级 机械设备租赁采购中标(成交)结果公告》，中标（成交）金额为3188万元，评审小组由张吉惟、林国 瑞、林玟书、林雅南、江奕云5人组成。 【湖北】我国首例执行政府指导价脑机接口手术实施，患者情况稳定 据湖北日报消息，11月26日，在华中科技大学 ...

【深圳经济新闻联播】 广东遴选湾区景观地标 深圳湾成形象品牌 据深圳商报，12月4日下午，广东省人大常委会在广州举行《广东省人民代表大会常务委员会关于促进 粤港澳大湾区内地九市内涵式高质量发展的决定》新闻发布会。记者从会上获悉，广东将率先探索一条 彰显中国气派、岭南风格、湾区特色的城市群发展路径，前瞻布局未来产业，高水平打造"黄金内湾"， 打造环湾绿带，共同构建湾区级的蓝绿开敞空间体系。 亚马逊首个全球智能枢纽仓落地深圳 12月4日，美国电商巨头亚马逊首个全球智能枢纽仓正式落地深圳，并计划于2026年3月向所有卖家全面 开放。该设施将提供从货源地始发的全球一体化仓储与分拨服务，标志着亚马逊在全球供应链布局上的 又一重要举措。根据公开资料整理，该智能枢纽仓将于2026年1月开始推广使用，逐步扩大服务范围， 并于3月实现全面开放。 【国内财经新闻】 稀土出口管制：合规的、用于民用用途的出口申请，中国政府都及时予以了批准 12月4日下午，商务部新闻发言人就开展稀土相关物项出口管制进行了回应。商务部新闻发言人何亚 东：中国政府依法依规开展稀土相关物项的出口管制工作，据我所知，只要是用于民用用途的，合规的 出口申请，中 ...

格隆汇12月4日｜据中新网，从4日在上海揭幕的2025脑机接口大会上获悉，上海在脑机接口技术领域取 得了系列阶段性突破，标志性创新产品研发持续迈入临床试验深水区。据了解，在最能代表行业高度的 侵入式和半侵入式脑机接口领域，上海已取得多个全球或全国首创。目前，上海有3款侵入式产品进入 国家创新医疗器械特别审查程序。当天，多家中国国内代表性脑机接口创新企业集中发布最新成果，涵 盖神经调控、视觉重建、运动功能恢复、睡眠干预等领域，彰显中国脑机接口技术从基础研究向临床应 用的跨越性进展。 ...

人民财讯12月2日电，江西省人民政府办公厅印发《江西省加快脑机接口技术和产业发展若干措施》， 其中提出，开展有组织的科研攻关。以打造高性能产品为导向，开展有组织的科研。鼓励省内科研单位 牵头承担"脑科学与类脑研究"国家科技重大专项、国家重点研发计划项目和课题，统筹省级科技计划资 金，按有关要求给予一定比例配套经费支持。部署实施省科技重大专项"2030先锋工程"脑机接口专项 和"2030启航计划"脑科学与类脑研究项目；在省重点研发计划中加强任务衔接，部署脑机接口系统集 成、临床试验、应用示范等攻关任务。创新任务组织模式，探索以目标导向、直达研发主体的任务管理 机制。 ...

Core Insights - The first brain-computer interface (BCI) surgery in China was successfully completed at Tongji Hospital in Wuhan, marking a significant step in integrating BCI technology into the medical service pricing system [1][2] - The surgery was performed on a paraplegic patient and was funded by research grants, highlighting the importance of establishing a clear pricing standard for BCI procedures [1][2] - The procedure utilized a BCI device produced by Wuhan Zhonghua Brain-Machine Fusion Technology Development Co., which specializes in BCI technology research and industrialization [2] Industry Developments - The National Healthcare Security Administration guided the establishment of a standardized pricing for invasive BCI procedures, setting the cost at 6,552 yuan per operation, which facilitates the inclusion of BCI technology into the regular medical service system [1] - The successful implementation of this surgery indicates a shift from research exploration to clinical application, paving the way for broader adoption of BCI technology in medical practices [1][2] - Zhonghua Brain-Machine is focused on developing implantable BCI systems, neural signal processing algorithms, and clinical application solutions, positioning itself as a key player in the BCI industry [2]

Core Insights - The article discusses the successful implantation of a brain-computer interface (BCI) in a spinal cord injury patient in China, marking a significant advancement in the clinical application of BCI technology [3][4] - This procedure is the first in China to be executed under a government-approved medical service pricing system, indicating a shift from research to standardized medical practice for BCI [3][4] Group 1: Clinical Application of BCI - The first invasive BCI surgery in China was performed on a 31-year-old patient, who suffered from high-level paraplegia due to an accident, using a device with 64-channel flexible electrodes to monitor brain signals [3] - The surgery was conducted at Huazhong University of Science and Technology's Tongji Hospital, with the procedure costing 6,552 yuan per instance, excluding the cost of the BCI device [3][4] Group 2: Policy and Regulatory Framework - In March 2023, the Hubei Provincial Medical Insurance Bureau established the first national pricing for BCI medical services, setting the invasive BCI implantation fee at 6,552 yuan per instance [4] - The implementation of this pricing policy is seen as a crucial step in integrating BCI technology into the standardized medical treatment system, paving the way for broader clinical applications in the future [4]