A collaborative research initiative involving DGIST, KAIST, Ajou University, and Soongsil University has developed innovative multifunctional fibers with a 3D structure. These fibers, featuring semiconductor material, can sense light, chemicals, pressure, pH levels, ammonia, and mechanical strain, mimicking human senses. The research, published in Advanced Fiber Materials, has significant implications for wearables, the IoT, advanced electronics, and soft robotics.
A pioneering collaborative research initiative encompassing the expertise of the Daegu Gyeongbuk Institute of Science and Technology , KAIST, Ajou University, and Soongsil University has led to the remarkable creation of next-generation multifunctional fibers.These innovative fibers are distinguished by their exceptional three-dimensional structure, marking a significant advancement in material science that promises to enhance various applications across multiple fields.
By integrating these functions, the research team has crafted a sensor platform that can process multiple signals concurrently, emulating how humans perceive their environment through their senses.Three-dimensional shapesA key aspect of this study lies in fabricating fibers that can be freely adjusted into three-dimensional shapes, achieved through an innovative process utilizing molybdenum disulfide .
SENSOR TECHNOLOGY MATERIALS SCIENCE MULTIFUNCTIONAL FIBERS SEMICONDUCTOR MATERIALS NANOTECHNOLOGY
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