Scientific Sessions

Nano-enabled wearables represent a frontier in wearable technology, integrating nanoscale materials and devices to enhance functionality, comfort, and performance. These wearables leverage nanotechnology to create sensors, flexible electronics, and smart textiles with properties such as lightweight, flexibility, and biocompatibility. Applications range from healthcare, where nano-enabled sensors monitor vital signs and biomarkers for early disease detection, to sports and fitness, where smart textiles enhance comfort and performance through moisture management and temperature regulation. Nano-enabled wearables also play a role in personal safety and communication, with applications in environmental monitoring and augmented reality interfaces. Challenges include ensuring durability, scalability of production, and addressing regulatory and ethical considerations related to health monitoring and data privacy. Ongoing research focuses on developing advanced nanomaterials for wearable applications, improving energy efficiency and integration with wireless communication technologies, and enhancing user interface and data analytics capabilities.