The field of materials science has seen significant advancements with the combination of nanomaterials and polymer composites, yielding enhanced electrical, thermal, and mechanical properties. These properties are crucial for various electronic applications, including electrical energy storage, high-temperature applications, fire retardance, and more. Research is ongoing to better understand and exploit these properties for high-performance applications. This Research Topic aims to bridge the knowledge gap on the electric properties of nanomaterials and polymer composites, focusing on theoretical advances and practical applications to push the boundaries of electronic device performance. The topic welcomes articles addressing themes such as:
* Advances in polymer composites and nanomaterials with improved electric properties
* Scalable and cost-effective production processes
* High-stretch/flexibility electronics like OLEDs and TFTs
* Impacts of health, safety, and sustainability in material development
* Novel applications in sensors, electronic packaging, and energy storage systems
The Research Topic accepts different article types, including mini reviews, original research, perspectives, and reviews. A publishing fee will be incurred for accepted articles. The topic is focused on the properties of conducting and semiconducting nanomaterials, polymer composites, and dielectric properties, as well as manufacturing processes, smart materials, and sustainability.