能让医生一边做CT或核磁共振检查、一边进行实时图像引导精准监测穿刺角度的微创穿刺手术机器人 平台项目，推动我国实现超高端CT影像设备"弯道超车"和技术跨越的光子CT产业化项目，大大降低辐 射剂量、提高成像分辨率的新一代半导体成像项目……在大赛医疗器械前十强中，一个个实现底层技术 创新、探索生命健康新边界的参赛项目令人应接不暇。 由芯智睿声带来的"可穿戴智能人工喉"项目，能借助纳米级石墨烯柔性传感器、灵敏麦克风等精准捕捉 喉部肌肉的振动及微弱声音信号，再经多模态人工智能算法识别出用户所想讲的话，最后通过音色克隆 及语音还原技术，将信号实时转化为清晰、流畅且富有情感的自然人声。 该公司首席执行官王宇峰介绍，与市面上常见的气动式人工喉和电子喉相比，这款设备不需要植入，可 以直接穿戴使用，减轻患者痛苦，而且在声音输出效果上，一改常见的机械音问题，能够还原用户患病 前的音色。"希望让每个人的声音都被世界听见。"王宇峰说，该产品适用于聋哑人士、渐冻症患者、喉 切除患者、中风后遗症人群、帕金森病患者，以及因年龄增长面临发声困难的老年群体。产品预计在 2026年送检并进入临床、取证阶段，预计于2027年推向市场。 在高度放大 ...

Core Insights - The article discusses the emerging technology of brain-computer interfaces (BCI), highlighting its potential to assist individuals with motor disabilities and its recognition as a key future industry in China's economic growth strategy [1][8]. Group 1: Technology Overview - Brain-computer interface technology captures brain signals and translates them into commands that machines can understand, enabling direct interaction between the brain and external devices [5][6]. - The technology has shown promise in various applications, including controlling vehicles and treating neurological diseases [5][6]. Group 2: Industry Development - The global BCI market is currently valued at several billion dollars and is projected to exceed $10 billion by 2030, with the medical application sector alone expected to reach $40 billion by 2030 and $145 billion by 2040 [10]. - China's unique advantages in innovation, comprehensive industrial capabilities, and a large population provide significant market opportunities for BCI development [10]. Group 3: Challenges and Solutions - Key challenges in BCI technology include the difficulty of capturing weak brain signals, understanding the complex neural data, and effectively modulating these signals for therapeutic purposes [6][8]. - Recent advancements, such as the development of a "bio-invisible" neural electrode, aim to address issues of long-term safety and signal stability [12]. Group 4: Education and Talent Development - Tianjin University has launched the first undergraduate program in BCI in China, focusing on integrating theory with practical applications to cultivate high-quality professionals for the industry [14]. Group 5: Policy Support - The Chinese government has initiated policies to promote BCI innovation and development, setting phased goals for 2027 and 2030 to guide the industry [20].

Core Viewpoint - The development of brain-computer interface (BCI) technology is transitioning from laboratory research to industrial application, becoming a significant economic growth point as outlined in China's 14th Five-Year Plan [1][13]. Group 1: Technology Overview - Brain-computer interfaces allow direct communication between the brain and external devices, enabling individuals with motor impairments to regain control over their movements [1][6]. - The technology captures brain signals and translates them into machine-readable commands, facilitating interaction with devices without physical movement [6][10]. - Current challenges in BCI technology include accurately decoding brain signals, understanding the vast number of neurons involved, and effectively modulating these signals for therapeutic purposes [10][11]. Group 2: Market Potential - The global BCI market is currently valued at several billion dollars and is projected to exceed $10 billion by 2030, with the medical application sector alone expected to reach $40 billion by 2030 and $145 billion by 2040 [15][16]. - The BCI industry is seen as a high-end sector that can drive advancements in various related fields, including neuroscience, AI, and clinical medicine [13][15]. Group 3: Research and Development - Significant breakthroughs in key BCI technologies have been achieved, laying the groundwork for further industrialization [13]. - Innovative devices, such as the "bio-invisible" neural electrode developed at Tsinghua University, aim to minimize the body's rejection response, enhancing the safety and stability of implanted devices [18][20]. Group 4: Education and Talent Development - Educational institutions, such as Tianjin University, are establishing specialized programs in BCI to cultivate skilled professionals capable of advancing the field [21]. - The curriculum includes both theoretical and practical components, preparing students to contribute to various interdisciplinary applications of BCI technology [21]. Group 5: Application Scenarios - BCI technology has been successfully applied in clinical settings, allowing patients with paralysis to control devices like computers and robotic systems through thought alone [23][25]. - Recent advancements include the first wireless Chinese language BCI trial, enabling patients with speech impairments to communicate basic needs through thought [27]. Group 6: Policy Support - The Chinese government is actively promoting the BCI industry through policy initiatives aimed at fostering innovation and setting developmental goals for 2027 and 2030 [28]. - Various regions, including Beijing and Shanghai, have introduced policies to support the rapid development of BCI technology [28].

Core Viewpoint - Brain-computer interface (BCI) technology is emerging as a significant innovation, enabling direct interaction between the brain and external devices, with potential applications in medical rehabilitation and beyond [1][5][10]. Group 1: Technology Overview - BCI technology captures brain signals and translates them into machine-readable commands, allowing for direct communication between the brain and devices [5][6]. - The technology has shown promise in assisting patients with motor disabilities, enabling them to regain control over their movements through external devices like exoskeletons [1][3]. Group 2: Market Potential - The global BCI market is currently valued at several billion dollars and is projected to exceed $10 billion by 2030, with medical applications alone expected to reach $40 billion by 2030 and $145 billion by 2040 [10]. - Countries are increasing investments in BCI technology to secure a competitive edge in this high-stakes market, with China having unique advantages in innovation, industry infrastructure, and market potential [10][8]. Group 3: Challenges and Development - Key challenges in BCI development include the difficulty of acquiring weak brain signals, understanding the complex neural data, and effectively modulating these signals for therapeutic purposes [6][8]. - Recent breakthroughs in BCI technology, such as the development of biocompatible neural electrodes, are addressing long-standing issues related to signal stability and safety [12][10]. Group 4: Educational Initiatives - Educational institutions like Tianjin University are launching specialized programs in BCI to cultivate skilled professionals, integrating theoretical knowledge with practical applications [14][16]. - The collaboration across various disciplines is essential for advancing BCI technology and meeting the industry's growing demands [12][14]. Group 5: Policy Support - The Chinese government is actively promoting BCI innovation through policy frameworks aimed at setting developmental goals for 2027 and 2030, facilitating rapid industry growth [20][18]. - Local governments are also implementing supportive policies to foster BCI innovation, creating a conducive environment for technological advancements [20][18].

Core Viewpoint - The "AI + Brain-Computer Interface" industry in Beijing is gaining momentum with the introduction of innovative initiatives and achievements, particularly in the field of neural electrodes that can help visually impaired patients perceive complex images and colors [1] Group 1: Industry Developments - The event was co-hosted by multiple organizations including the Beijing Municipal Science and Technology Commission, Zhongguancun Management Committee, Haidian District People's Government, Tsinghua University, and the China Academy of Information and Communications Technology [1] - Several initiatives and achievements related to brain-computer interface technology were announced, indicating a significant push for the development of the "AI + Brain-Computer Interface" industry in Beijing [1] Group 2: Technological Innovations - The introduction of "bio-organizational scaffold neural electrodes" that can operate invisibly within the brain represents a breakthrough, allowing blind patients to "see" complex patterns and vibrant colors [1]