软物质物理介绍

软物质存在于我们日常生活和工业生产的方方面面。从豆腐、牛奶、酸奶等食品，到油漆、肥皂、织物等日用品，无不都是由软物质组成的。厦门大学物理科学与技术学院的软物质物理方向致力于发展软物质的基础物理理论，探索软物质材料的工业应用。理论研究涵盖微观尺度的蛋白质大分子，介观尺度的细胞，以及宏观尺度的流体。工业应用涉及微观尺度的柔性微纳米结构器件，介观尺度的生物医用材料、生物传感系统，以及宏观尺度的柔性可穿戴设备。

研究领域包括：高分子与液晶体系的理论与模拟，细胞信号网络动力学与健康医疗大数据，单分子力学与细胞力学，非常规能源成核调控及微观力学，软物质结构与性质调控，超细纳米材料功能化及应用，柔性微纳米结构电极与器件，可穿戴智能传感系统，胶体与界面的传感器与自动化，生物医用材料表界面科学。

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Introduction to soft matter physics

Soft matter exists in every aspect of our daily life and industrial production. From tofu, milk, yogurt and other food, to paint, soap, fabrics and other daily necessities, all are composed of soft materials. Researchers in the branch of soft matter physics are dedicated to the development of the fundamental physics theory of soft matter and the exploration of the industrial application of soft matter materials. Theoretical studies cover protein molecules at the microscale, cells at the meso-scale, and fluids at the macroscale. Industrial applications involve flexible microstructure devices at the microscale, biomedical materials and bio-sensing systems at the mesoscale, and flexible wearable devices at the macroscale.

Research areas include: theory and simulation of polymer and liquid crystal systems, dynamics of cell signaling network and big data of health care, mechanics of single molecules and cells, unconventional energy nucleation regulation and micrometrics, regulation of soft matter structure and properties, ultra-thin nanomaterials functionalization and application, flexible microstructure electrodes and devices, wearable intelligent sensing systems, colloids and interface sensors and automation, interface science of biomedical materials.