纸基微流控诊断
Paper-Based Microfluidics
AI 赋能生物传感
AI-empowered biosensing
面向即时检测和精准诊断的低成本纸基分析平台。
Low-cost paper-based analytical platforms for point-of-care testing and precision diagnostics.
The AI era is redefining how knowledge is created, how research is conducted, and how future innovators are trained. The traditional model of running a research group is being fundamentally challenged, and we feel a strong sense of urgency to explore what a research group could become in this new era.
We see our group as a small startup for scientific training and innovation. Our resources come from government-funded projects, industry collaborations, university support, and translational partnerships. Our core service is student development; our products are the papers, patents, prototypes, datasets, software tools, and technologies created by our students.
Our group focuses on microfluidics, biosensing, artificial intelligence, and automated instrumentation. Looking ahead, we are particularly interested in two directions: developing tools and platforms for generating/collecting high-throughput, high-quality datasets for AI-driven life science and healthcare applications; and exploring technologies for the early detection and intervention of mood-related disorders.
AI 时代正在重塑知识生产、科研组织和未来创新人才培养的方式。传统课题组的运行模式正在被根本性挑战,我们也感受到强烈的紧迫感,并希望主动探索 AI 时代课题组的新形态。
学历的价值会降低,而学生们参与过什么活动,解决过什么问题的重要性会增加。我们把课题组看作一个面向科研训练与创新的小型 startup。我们的资源来自政府科研项目、企业合作、学校支持和成果转化合作;我们的核心服务是学生培养;我们的产品是学生们创造出的论文、专利、原型系统、数据集、软件工具和可转化技术。
我们的研究聚焦于微流控、生物传感、人工智能和自动化仪器系统。面向未来,我们特别关注两个方向:一是开发用于高通量、高质量数据集构建的工具与平台,以支撑 AI 驱动的生命科学与医疗健康应用;二是探索情绪类疾病早期发现与干预相关技术
AI 赋能生物传感
AI-empowered biosensing
面向即时检测和精准诊断的低成本纸基分析平台。
Low-cost paper-based analytical platforms for point-of-care testing and precision diagnostics.
自动化生物仪器
Automated bioinstrumentation
结合成像、操控与数据分析的自动化实验系统。
Automated experimental systems that integrate imaging, manipulation, and data analysis.
微流控与传感平台
Microfluidic and sensing platforms
融合微流控、功能材料与 AI 辅助信号分析的传感方法。
Sensing methods that combine microfluidics, functional materials, and AI-assisted signal analysis.