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This dissertation by Shaobo Han explores the development and applications of composite aerogels, specifically polymer-cellulose aerogels, in energy and sensing technologies. The research focuses on organic thermoelectric materials (OTEs), emphasizing their unique properties such as solution processing and flexibility. The study aims to enhance the applications of the conductive polymer PEDOT in creating 3D aerogel composites with cellulose, targeting two main areas: pressure-temperature-humidity sensing and solar vapor generation. The aerogels demonstrate independent responses to environmental stresses, making them useful in electronic skins and robotics. Additionally, their cost-effectiveness and stability present potential for water desalination applications. The work is intended for materials scientists and engineers interested in advanced functional materials.

Aerogels. --- Conducting polymers.