有投资者在互动平台向 高华科技提问：请问贵公司与东南大学 机器人传感与控制技术研究所关于具身 智能应用中六维力传感及触觉传感技术研发合作进行得怎么样了，是否有初步产品进入技术验证环节？ 高华科技回复称，公司与东南大学机器人传感与控制技术研究所的相关研发合作，始终按照双方既定规 划有序推进，目前合作进展顺利。双方团队聚焦具身智能领域的六维力传感及触觉传感技术开展联合攻 关，严格遵循产学研合作的技术规范与项目管理要求推进各项工作。 ...

记者12月18日从中国科学院新疆理化技术研究所（以下简称"新疆理化所"）获悉，该所科研团队近期成 功研制出一种高灵敏超薄温度传感器。该传感器厚度仅有40微米，且具备优异的灵敏度和响应速度，有 望为下一代电子皮肤、可穿戴设备等柔性智能感知系统提供有力的技术支撑。该研究成果近期发表于 《ACS应用材料和界面》。 在智能医疗与机器人感知领域，柔性温度传感器的超薄化是实现高贴合度与集成度的核心前提。然而， 实现高灵敏度需要高温材料工艺，而柔性基底却难以耐受高温。这导致器件在超薄形态下难以同时兼顾 高灵敏度、优异柔韧性与长期稳定性。 新疆理化所研究员孔雯雯介绍，经过实验验证，超薄传感器展现出优异的综合性能：其电阻温度系数高 达-4.1%/℃，响应时间仅192毫秒，在反复弯折与热冲击下仍能稳定工作。 （文章来源：科技日报） 针对这一技术瓶颈，新疆理化所研究团队采用"水溶性牺牲层辅助转移"策略，成功解决了高性能敏感材 料与柔性基底之间的工艺兼容性难题，制备出总厚度仅为40微米的超薄柔性温度传感器。 据悉，研究人员采用高温制备和器件构筑的分步法。这一方法既保障了敏感材料所必需的高温退火条 件，又避免了柔性基底因高温而受损，从 ...

Core Insights - Northeastern University scientists have developed a topologically guided acoustic wave sensor capable of high-precision detection of micron-sized targets without reducing the sensor's size [1] - This advancement is expected to propel the development of nanoscale and quantum-scale sensing technologies, significantly impacting fields such as quantum computing and precision medicine [1] Group 1: Technology Development - The sensor is designed to detect smaller objects without decreasing the pixel size, addressing the common issue where performance and sensitivity decline as sensor size decreases [1] - The topologically guided acoustic wave sensor is comparable in size to a belt buckle and utilizes guided acoustic waves and a special state of matter known as topological interface states to detect minute targets like individual proteins or cancer cells [1] Group 2: Experimental Validation - In proof-of-concept experiments, the sensor successfully detected a low-power infrared laser target with a diameter of only 5 micrometers, which is approximately one-tenth the diameter of a human hair [1] - The experiments demonstrated the sensor's ability to clearly distinguish extremely weak signals from highly localized parameters [1]

Core Viewpoint - The company emphasizes the importance of research and innovation, focusing on flexible sensors as a strategic core direction, with a significant increase in R&D investment [1] R&D Investment - R&D expenses in the first three quarters have shown a significant year-on-year increase, with investments directed towards robotic touch, industrial detection sensor systems, and consumer electronics [1] Team Expansion - The flexible sensor R&D team has rapidly expanded, doubling in size and attracting experts in the sensor field and AI algorithm models, ensuring a strong technical foundation and practical experience [1] Technical Achievements - The team has successfully overcome multiple technical challenges in the sensor domain, showcasing their deep technical accumulation and rich practical experience [1]

Core Viewpoint - The company is actively advancing the research and development of quartz resonant six-dimensional force sensors and MEMS piezoresistive six-dimensional force sensors, focusing on the application of MEMS technology in force/torque sensors to enhance product performance, stability, and reliability [1] Group 1 - The company's subsidiary, Kaiwei Li, is leading the R&D efforts in the specified sensor technologies [1] - The development process emphasizes the need for thorough preparation and improvement in product performance, stability, and reliability [1]